Orthopedic Instruments
Jindal Medi Surge's [JMS] Orthopedic instruments are tools specifically designed for use in orthopedic surgery, a medical specialty that focuses on the treatment of conditions and injuries related to the musculoskeletal system. The musculoskeletal system includes bones, joints, muscles, ligaments, tendons, and other connective tissues. Orthopedic instruments play a crucial role in procedures such as joint replacements, fracture repair, and other orthopedic surgeries. Here are some common types of orthopedic instruments: Bone Cutting Instruments: Orthopedic Saw: Used for cutting bones during surgical procedures. Osteotomes: Instruments designed for cutting or preparing bone. Drilling Instruments: Orthopedic Drill: Used to create holes in bones for screws or other fixation devices. Bone Tap: Used for threading screw holes in bones. Fixation Devices: Screws and Plates: Used to fixate fractured bones or provide stability in joint surgeries. Intramedullary Nails: Inserted into the medullary canal of long bones to provide stabilization. Joint Replacement Instruments: Hip Prosthesis Instruments: Used in hip replacement surgeries. Knee Prosthesis Instruments: Used in knee replacement surgeries. Soft Tissue Instruments: Surgical Scissors and Dissectors: Used for cutting and manipulating soft tissues. Surgical Retractors: Used to hold back tissues and provide visibility during surgery. Measuring and Marking Instruments: Orthopedic Ruler: Used to measure bone lengths or spaces. Depth Gauge: Measures the depth of holes or cavities during surgery. Power Tools: Orthopedic Power Drill: Electric or battery-powered drills for efficient bone preparation. Orthopedic Saw Systems: Electric or pneumatic saws for bone cutting. These instruments are often made of high-quality materials such as stainless steel or titanium to ensure durability and sterility. Additionally, many orthopedic instruments are designed with ergonomic features to facilitate the precise and controlled movements required during surgery. The selection of instruments depends on the specific surgical procedure and the surgeon's preferences. All Instruments are made from medical grade Stainless Steel and Aluminium raw-material.
CATALOUGE
PRODUCT LIST
PRODUCT RANGE
Drill Bit S.S. Quick Coupling End (S.S.420)
4260.1100 Dia 1.1mm X 60mm Long
4260.11010 Dia 1.1mm X 87mm Long (26mm Qc 14mm Flute 47mm Shaft)
4260.11011 1.1 x 100mm
4260.110111 1.2 x 80mm
4260.11010 Dia 1.25mm X 80mm Shaft + Qc
4260.11021 Dia 1.3mm X 50mm
4260.11022 Dia 1.3mm X 75mm
4260.11023 1.3 X 85mm
4260.1150 Dia 1.5mm X 60mm Long
4260.1151 Dia 1.5mm X 60mm Shaft + Qc
4260.1170 Dia 1.5mm X 85mm Long
4260.1171 Dia 1.5mm X 87mm Long (26mm Qc 14mm Flute 47mm Shaft)
4260.1180 Dia 1.5mm X 95mm Long
4260.1190 1.5 X 108mm
4260.1180 Dia 1.5mm X 120mm Long
4260.1181 Dia 1.8mm X 80mm Long
4260.1182 Dia 1.8mm X 80mm Shaft + Qc
4260.1183 1.8 x 100mm
4260.2000 Dia 2.0mm X 100mm Long
4260.2010 2.0 X 115mm
4260.2050 Dia 2.0mm X 125mm Long
4260.2050 Dia 2.0mm X 130mm Long
4260.2051 2.0 X 160mm
4260.2051 2.0 X 180mm
4260.2052 2.2 X 160mm
4260.2051 Dia 2.4mm X 115mm Long
4260.2052 Dia 2.4mm X 115mm Shaft + Qc
4260.2500 Dia 2.5mm X 115mm Long
4260.2501 Dia 2.5mm X 115mm Shaft + Qc
4260.2502 2.5 x 130mm
4260.2540 Dia 2.5mm X 180mm Long
4260.2541 Dia 2.5mm X 300mm Long
4260.2550 Dia 2.5mm X 200mm Long
4260.2700 Dia 2.7mm X 125mm Long
4260.2701 Dia 2.7mm X 130mm Long
4260.2702 Dia 2.7mm X 130mm Shaft + Qc
4260.2703 Dia 2.7mm X 150mm Long
4260.2750 Dia 2.7mm X 200mm Long
4260.2751 Dia 2.8mm X 90mm Shaft + Qc
4260.2752 Dia 2.8mm X 130mm
4260.2753 2.8 X 150mm
4260.2800 Dia 2.8mm X 165mm Long Calibrated
4260.2810 2.8 X 200mm
4260.2820 2.8 X 230mm
4260.2801 Dia 3.0mm X 130mm Long
4260.3200 Dia 3.2mm X 130mm Long
4260.3201 Dia 3.2mm X 150mm Long
4260.3202 3.2 X 170mm
4260.3250 Dia 3.2mm X 200mm Long
4260.3251 3.2 X 140mm
4260.3260 Dia 3.2mm X 145mm Long
4260.3261 3.2mm x 150mm long
4260.3262 3.2mm x 200mm long
4260.3260 Dia 3.2mm X 250mm Long
4260.3490 Dia 3.5mm X 110mm Long
4260.3500 Dia 3.5mm X 130mm Long
4260.3511 3.5mm x 160mm long
4260.3501 Dia 3.5mm X 180mm Long
4260.3750 Dia 3.5mm X 200mm Long
4260.3760 3.8 X 150mm
4260.3770 3.8 X 200mm
4260.3751 Dia 4.0mm X 180mm Long
4260.3752 4 X 200mm
4260.3722 4 X 250mm
4260.3753 4 X 260mm
4260.3754 4.3mm x 130mm long
4260.3755 4.3mm x 221mm long
4260.4300 Dia 4.3mm X 221mm Long
4260.4310 Dia 4.3mm X 225mm
4260.4500 Dia 4.5mm X 130mm Long
4260.4510 Dia 4.5mm X 145mm Long
4260.4511 Dia 4.5mm X 180mm Long
4260.4512 Dia 4.5mm X 195mm Long
4260.4750 Dia 4.5mm X 200mm Long
4.5mm x 220mm long
4260.5000 Dia 4.5mm X 4.0mm X 250mm Long (For Interlocking Bolts)
4260.5020 Dia 4.5mm X 4.0mm X 310mm Long (For Interlocking Bolts)
4260.5100 Dia 4.5mm X 3.0mm X 250mm Long (For Interlocking Bolts)
Dia 4.8mm X 200mm Long
4260.5101 Dia 4.8mm X 280mm Long
4260.5101 Dia 5.5mm X 145mm Long
6.5mm x 200mm long
4260.5110 Dia 6.5mm Long Length
4260.5120 Dia 6.5mm Short Length
Drill Bit S.S. Plain Shank Jacob Chuck End (S.S.420)
4261.6110 Dia 1.1mm X 60mm Long
4261.6111 Dia 1.1mm X 100mm Long
Dia 1.2mm X 130mm Long
4261.6112 Dia 1.25mm X 80mm Shaft + Shank
4260.1102 Dia 1.3mm X 50mm
4260.1102 Dia 1.3mm X 75mm
Dia 1.3mm X 130mm
4261.6152 Dia 1.8mm X 80mm Long
4261.6153 Dia 1.8mm X 100mm Long
4261.6154 Dia 1.8mm X 200mm Long
4261.6155 Dia 1.9mm X 120mm Long
4261.6200 Dia 2.0mm X 100mm Long
4261.6201 Dia 2.0mm X 130mm Long
4261.6202 Dia 2.0mm X 140mm Long
4261.6220 Dia 2.0mm X 200mm Long
4261.6221 Dia 2.3mm X 140mm Long
4261.6222 Dia 2.4mm X 115mm Long
4261.6223 Dia 2.4mm X 150mm Long
4261.6250 Dia 2.5mm X 115mm Long
4261.6251 Dia 2.5mm X 180mm Long
4261.6260 Dia 2.5mm X 200mm Long
4261.6270 Dia 2.7mm X 130mm Long
4261.6270 Dia 2.7mm X 150mm Long
4261.6271 Dia 2.7mm X 180mm Long
4261.6290 Dia 2.7mm X 200mm Long
4261.6290 Dia 2.8mm X 90mm Shaft + Shank
4261.6291 Dia 3.0mm X 115mm Long
4261.6292 Dia 3.0mm X 180mm Long
4261.6293 Dia 3.0mm X 200mm Long
4261.6320 Dia 3.2mm X 130mm Long
4261.6321 Dia 3.2mm X 180mm Long
4261.6330 Dia 3.2mm X 200mm Long
4261.6350 Dia 3.5mm X 130mm Long
4261.6351 Dia 3.5mm X 150mm Long
4261.6360 Dia 3.5mm X 200mm Long
4261.6361 Dia 3.8mm X 180mm Long
4261.6362 Dia 4.0mm X 145mm Long (70mm Flute)
4261.6363 Dia 4.0mm X 145mm Long
Dia 4.0mm X 150mm Long
4261.6364 Dia 4.0mm X 180mm Long
4261.6365 Dia 4.0mm X 200mm Long
4261.6366 Dia 4.0mm X 300mm Long
4261.6450 Dia 4.5mm X 130mm Long
4261.6451 Dia 4.5mm X 180mm Long
4261.6452 Dia 4.5mm X 180mm Long (85mm Flute)
4261.6460 Dia 4.5mm X 200mm Long
4261.6461 Dia 4.5mm X 220mm Long
4261.6470 Dia 4.5mm X 280mm Long
4261.6480 Dia 4.8mm X 280mm Long
4261.6481 Dia 5.5mm X 180mm Long (90mm Flute)
4261.6482 Dia 5.5mm X 180mm Long
4261.6481 1.1mm Drill Bit 25mm Flute
4261.6482 1.5mm Drill Bit 40mm Flute
4261.6483 2.0mm Drill Bit 50mm Flute
4261.6484 2.5mm Drill Bit 55mm Flute
4261.6485 2.7mm Drill Bit 60mm Flute
4261.6486 2.8mm Drill Bit 60mm Flute
4261.6487 3.2mm Drill Bit 60mm Flute
4261.6488 3.5mm Drill Bit 60mm Flute
42620.42271 Dia 1.5mm X 60mm Long
42620.42272 Dia 1.8mm X 80mm Long
42620.42273 Dia 2.0mm X 100mm Long
42620.42274 Dia 2.4mm X 115mm Long
42620.4228 Dia 2.5mm X 115mm Long
42620.4228 Dia 2.7mm X 130mm Long
42620.4228 Dia 3.2mm X 130mm Long
42620.4228 Dia 3.5mm X 130mm Long
42620.4228 Drill Bit 1.3 X 85mm (Italy Design)
42620.4228 Drill Sleeve (Italy Design)
Drill Bit Plain Shank Cannulated (S.S.420B 48+HRC)
42620.4061 Dia 2.0mm X 75mm Long 0.8mm Cannulation
42620.4061.1 Dia 2.2mm X 75mm Long 0.8mm Cannulation
42620.4062 Dia 2.5mm X 130mm Long 1.2mm Cannulation
42620.4063 Dia 2.7mm X 130mm Long 1.2mm Cannulation
42620.4063.1 Dia 2.8mm X 130mm Long 1.2mm Cannulation
42620.4064 Dia 3.2mm X 130mm Long 1.2mm Cannulation
42620.4065 Dia 3.5mm X 130mm Long 1.2mm Cannulation
42620.4066 Dia 2.5mm X 130mm Long 1.3mm Cannulation
42620.4067 Dia 2.7mm X 130mm Long 1.3mm Cannulation
42620.4067 Dia 3.0mm X 130mm Long 1.3mm Cannulation
42620.4068 Dia 3.2mm X 130mm Long 1.3mm Cannulation
42620.4068 Dia 3.2mm X 150mm Long 1.3mm Cannulation
42620.4069 Dia 3.5mm X 130mm Long 1.3mm Cannulation
Drill Bit Quick Coupling Cannulated (S.S.420B 48+HRC)
42620.4181 Dia 2.0mm X 75mm Long 0.8mm Cannulation
42620.4181.1 Dia 2.2mm X 75mm Long 0.8mm Cannulation
42620.4182 Dia 2.5mm X 130mm Long 1.2mm Cannulation
42620.4183 Dia 2.7mm X 130mm Long 1.2mm Cannulation
42620.4183.1 Dia 2.8mm X 130mm Long 1.2mm Cannulation
42620.4184 Dia 3.2mm X 130mm Long 1.2mm Cannulation
42620.4185 Dia 3.5mm X 130mm Long 1.2mm Cannulation
42620.4186 Dia 2.5mm X 130mm Long 1.3mm Cannulation
42620.4187 Dia 2.7mm X 130mm Long 1.3mm Cannulation
42620.4187 Dia 3.0mm X 130mm Long 1.3mm Cannulation
42620.4188 Dia 3.2mm X 130mm Long 1.3mm Cannulation
42620.4189 Dia 3.5mm X 130mm Long 1.3mm Cannulation
Drill Bit Plain Shank (S.S.420J 48+HRC)
5PS.001 1.5 X 70mm
5PS.0011 1.5 X 70mm
5PS.002 2.0 X 85mm
5PS.003 2.5 X 95mm
5PS.004 2.7 X 85mm
5PS.005 3.2 X 30mm
5PS.006 3.2 X 180mm
5PS.007 3.5 X 95mm
5PS.008 3.5 X 180mm
5PS.009 4.0 X 156mm
5PS.010 4.5 X 156mm
5PS.011 4.5 X 180mm
5PS.012 4.8 X 127mm
5PS.013 5.0 X 180mm
Drill Bit Quick Coupling (S.S.420J 48+HRC)
5QC.001 1.1 X 60mm
5QC.002 1.5 X 85mm
5QC.003 1.5 X 110mm
5QC.0003 1.8 X 160mm
5QC.0031 2.0 X 100mm
5QC.004 2.0 X 110mm
5QC.005 2.0 X 125mm
5QC.006 2.5 X 110mm
5QC.007 2.5 X 180mm
5QC.008 2.7 X 100mm
5QC.009 2.7 X 125mm
5QC.010 3.2 X 145mm
5QC.011 3.2 X 195mm
5QC.012 3.5 X 110mm
5QC.013 4.5 X 145mm
5QC.014 4.5 X 195mm
5QC.015 6.0 X 195mm
Anti Skid Drill Bit S.S. Quick Coupling (S.S.420J 48+HRC)
42620.422100 Dia 1.5mm X 60mm Long
42620.422200 Dia 1.8mm X 80mm Long
42620.422300 Dia 2.0mm X 100mm Long
42620.422400 Dia 2.5mm X 115mm Long
42620.422410 Dia 2.7mm X 115mm Long
42620.422500 Dia 2.7mm X 130mm Long
42620.422510 Dia 2.8mm X 115mm Long
42620.422600 Dia 3.2mm X 130mm Long
42620.422610 Dia 3.5mm X 115mm Long
42620.422611 4.2 X 220mm
42620.422620 Dia 4.3mm X 221mm Long
42620.422621 4.2 X 320mm
Anti Skid Drill Bit S.S. Plain Shank (S.S.420J 48+HRC)
42620.450 2.5mm X 115mm
T Bar Counter Sink (S.S.420 48+HRC)
COU1520 For 1.5 / 2.0mm
COU2427 For 2.4 / 2.7mm
COU3540 For 3.5 / 4.0mm
COU4565 For 4.5 / 6.5mm
Bone Tap With T Handle
4263.010 Dia 1.5mm Thread Length 24mm Total Length 75mm
4263.015 Dia 2.0mm Thread Length 24mm Total Length 75mm
4263.020 Dia 2.7mm Thread Length 33mm Total Length 125mm
4263.021 Dia 2.7mm Thread Length 33mm Total Length 200mm
4263.021 Dia 2.7mm Thread Length 60mm Total Length 150mm
4263.025 Dia 3.5mm Thread Length 50mm Total Length 125mm
4263.030 Dia 3.5mm Cancellous Thread Length 50mm Total Length 125mm
4263.035 Dia 3.5mm Thread Length 50mm Total Length 200mm
4263.035 Dia 3.5mm Thread Length 60mm Total Length 170mm
4263.037 Dia 4.0mm Cancellous Thread Length 50mm Total Length 125mm
4263.040 Dia 4.5mm Thread Length 70mm Total Length 125mm
4263.045 Dia 4.5mm Thread Length 70mm Total Length 175mm
4263.045 Dia 4.5mm Thread Length 70mm Total Length 200mm
4263.050 Dia 6.5mm Cancellous Thread Length 32mm Total Length 200mm
Bone Tap Quick Coupling End
4264.010 Dia 1.5mm Thread Length 24mm Total Length 50mm
4264.015 Dia 2.0mm Thread Length 24mm Total Length 75mm
4264.020 Dia 2.7mm Thread Length 33mm Total Length 100mm
4264.021 Dia 3.5mm Thread Length 50mm Total Length 125mm
4264.025 Dia 3.5mm Thread Length 50mm Total Length 110mm
4264.030 Dia 3.5mm Cancellous Thread Length 50mm Total Length 110mm
4264.035 Dia 3.5mm Thread Length 50mm Total Length 175mm
4264.037 Dia 4.0mm Cancellous Thread Length 85mm Total Length 110mm
4264.040 Dia 4.5mm Thread Length 70mm Total Length 125mm
4264.045 Dia 4.5mm Thread Length 70mm Total Length 175mm
4264.050 Dia 6.5mm Cancellous Thread Length 32mm Total Length 195mm
4264.055 Dia 5.5mm Thread Length 100mm Total Length 195mm
Drill & Taps
Drill Bit S.S. Plain Shank Jacob Chuck End
4261.625S Dia 2.5mm X 115mm Long
4261.627S Dia 2.7mm X 130mm Long
4261.632S Dia 3.2mm X 130mm Long
4261.633S Dia 3.2mm X 200mm Long
4261.635S Dia 3.5mm X 130mm Long
4261.6366S Dia 4.0mm X 300mm Long
4261.645S Dia 4.5mm X 130mm Long
4261.648S Dia 4.8mm X 280mm Long
4703.010S Cannulated Drill Bit 4.5mm
Bone Tap With T Handle (Special Design)
4263.025S Dia 3.5mm Thread Length 50mm Total Length 125mm
4263.037S Dia 4.0mm Cancellous Thread Length 50mm Total Length 125mm
4263.045S Dia 4.5mm Thread Length 70mm Total Length 175mm
4263.050S Dia 6.5mm Cancellous Thread Length 32mm Total Length 200mm
Bone Tap Quick Coupling End (Special Design)
4264.010S Dia 1.5mm Thread Length 24mm Total Length 50mm
4264.015S Dia 2.0mm Thread Length 24mm Total Length 75mm
4264.020S Dia 2.7mm Thread Length 33mm Total Length 100mm
Screw Drivers
1.5MM TIP
4301.0001 Screw Driver 1.5mm Tip
4301.0001S Screw Driver 1.5mm Tip Silicon Handle
4301.0011 Screw Driver With Self Holding Sleeve 1.5mm Tip
4301.0014 Mini Hexagonal Screw Driver 1.5mm Tip 125mm Long Ao Type
4301.0015 Mini Hexagonal Screw Driver 1.5mm Tip 125mm Long With Sleeve Ao Type
2.0MM TIP
4301.00011 Screw Driver 2.0mm Tip
4301.00011S Screw Driver 2.0mm Tip Silicon Handle
4301.001701 T Handle Screw Driver 2.0mm Tip (S.S.)
4301.001702 Screw Driver With Self Holding Sleeve 2.0mm Tip
4301.001703 Screw Driver With Self Holding Sleeve 2.0mm Tip Silicon Handle
4301.001704 Cannulated Screw Driver 2.0mm
2.5MM TIP
4301.0002 Screw Driver 2.5mm Tip (For 3.5mm Screw)
4301.0002B Screw Driver 2.5mm Tip (For 3.5mm Screw) Silicon Handle
4301.0005 Inerlocking Screw Driver 2.5mm Tip
4301.0007B Cannulated Screw Driver 2.5mm Tip Blue Handle
4301.0007 Cannulated Screw Driver 2.5mm Tip
4301.00071P Screw Driver 2.5mm Tip (One Piece) Premium Silicon Handle
4301.00071P Cannulated Screw Driver 2.5mm Tip (One Piece) Premium SS420B 48+HRC
4301.0016 Screw Driver 2.5mm Tip Ao Type
4301.0017 Screw Driver 2.5mm Tip Ao Type With Sleeve
4301.0020 Screw Driver With Self Holding Sleeve 2.5mm Tip
4301.0020C Cannulated Screw Driver With Self Holding Sleeve 2.5mm Tip
4301.0021C Screw Driver with Holding Sleeve Silicon Handle 2.5mm Tip
4301.0029 2.5mm Screw Driver With Aluminium Handle
4301.0030 2.5mm Screw Driver With Aluminium Handle Cannulated
3.17MM TIP
4301.0003 Screw Driver 3.17mm Tip
3.5MM TIP
4301.0004 Screw Driver 3.5mm Tip (For 4.5mm Screw)
4301.0004B Screw Driver 3.5mm Tip (For 4.5mm Screw) Silicon Handle
4301.0005 Inerlocking Screw Driver 3.5mm Tip
4301.0005S Inerlocking Screw Driver 3.5mm Tip (12'' Long) Silicon Handle
4301.0008B Cannulated Screw Driver 3.5mm Tip Blue Handle
4301.0008 Cannulated Screw Driver 3.5mm Tip
4301.00081P Screw Driver 3.5mm Tip (One Piece) Premium Silicon Handle
4301.00081P Cannulated Screw Driver 3.5mm Tip (One Piece) Premium SS420B 48+HRC
4301.0009 Cannulated Screw Driver Extra Long 3.5mm Tip
4301.0010 Cannulated Screw Driver Extra Long 5.0mm Tip
4301.0018 T Handle Screw Driver 3.5mm Tip (S.S.)
4301.00210 Screw Driver With Self Holding Sleeve 3.5mm Tip
4301.00211A 3.5mm Screw Driver With Almunium Handle
4301.00212A 3.5mm Screw Driver With Almunium Handle Cannulated
4301.00210C Cannulated Screw Driver With Self Holding Sleeve 3.5mm Tip
4301.00211C Screw Driver with Holding Sleeve Silicon Handle 3.5mm Tip
4301.0032 Hexagonal Screwdriver With Fibre Handle Box Joint Type 3.5mm Tip
4301.0033 Cannulated Screw Driver 3.5mm Tip for PFN Nail
5.0MM TIP
4301.0019 T Handle Screwdriver 5.0mm Tip (S.S.)
4301.0006 Interlocking Screw Driver Extra Long 5.0mm Tip
4301.0007 Cannulated Screw Driver 5.0mm Tip for PFN Nail
QUICK COUPLING SHAFT
4301.00231 Coupling Shaft One Piece 1.5mm Tip
4301.00232 Coupling Shaft One Piece 2.0mm Tip
4301.00233 Coupling Shaft One Piece 2.5mm Tip
4301.00234 Coupling Shaft One Piece 3.5mm Tip
4301.0036 6.3mm Shaft For Interlocking Screw Driver
4301.0024 Quick Coupling Handle
4301.0026 Flat Head Screw Driver Large
4301.0027 Flat Head Screw Driver Small
4301.0028 Flat Head Screw Driver With Sleeve Large
4301.0031 Lane Screw Driver
4301.0033 Screw Driver For 2.4mm & 2.7mm Locking Screws
4301.0034 Screw Driver For 3.5mm Locking Screws
4301.0035 Screw Driver Holding Sleeve Connected
Torque Screw Driver
4301.25T For 2.7mm Screws
4301.35T For 3.5mm Screws
4301.45T For 5.0mm Screws
Torque Screwdriver Aluminium Handle
4301.25TA For 2.7mm Screws
4301.35TA For 3.5mm Screws
4301.45TA For 5.0mm Screws
Torque Screwdriver Coupling Mouth + 2 Shaft
4301.551T 2.0mm Tip
4301.552T 2.5mm Tip
4301.553T 3.5mm Tip
Star Screw Driver
4301S.024 2.4mm Screw
4301S.027 2.7mm Screw
4301S.035 3.5mm Screw
4301S.050 5.0mm Screw
4301S.051 T8
4301S.052 T15
4301S.053 T20
Basic Instruments
4301.070 Mini Plate Bender Pair
4302.010 Small Plate Bender Pair
4302.020 Large Plate Bender Pair
4302.020 Large Plate Bender Pair (Lurning Handle)
4302.030 Plate Bending Plires Roller Type
4302.040 Plate Bender For 2.7mm Reconstruction Plates
4302.050 Plate Bender For 3.5mm Reconstruction Plates
4302.060 Plate Bender For 4.5mm Reconstruction Plates
4302.070 Plate Bending Press
4302.070 Plate Bending Press (Special Quality) Works With All Plates
4302.080 Bending Plier For Plate 2.4 To 4.0mm Length 230mm
4303.010 Mini Depth Gauge
4303.010 Small Depth Gauge
4303.020 Large Depth Gauge
4303.020 Depth Guage 4.5mm
4303.030 Uhn Depth Gauge
4303.040 Large Depth Gauge For Locking Bolts
4304.010 Mini Neutral & Loaded Drill Guide
4304.010 Small Neutral & Loaded Drill Guide
4304.020 Large Neutral & Loaded Drill Guide
4304.030 DCP Drill Guide For 2.7mm Screws (2.0mm Drill Bit)
4304.030 DCP Drill Guide For 3.5mm Screws (2.5mm Drill Bit)
4305.010 Counter Sink With T Handle 5.0mm Head (For 1.5 & 2.0mm Screws)
4305.020 Counter Sink With T Handle 6.0mm Head (For 2.7 3.5 &4.0mm Screws)
4305.030 Counter Sink With T Handle 8.0mm Head (For 4.5 & 6.5mm Screws)
4305.038 Counter Sink Q.C. End For 1.5/2.0mm Screws 5.0mm Head (For 1.5 & 2.0mm Screws)
4305.050 Counter Sink Q.C. End 6.0mm Head (For 2.7 3.5 &4.0mm Screws )
4305.060 Counter Sink Q.C. End 8.0mm Head( For 4.5 & 6.5mm Screws)
4306.010 Quick Coupling Handle TType
4306.020 Quick Coupling Handle Fibre Handle
4306.030 Quick Coupling Adaptor For Drill Bits
4306.040 Quick Coupling Tap Handle Long T Type
4307.040 Tap Sleeve 3.5mm
4307.050 Tap Sleeve 4.5mm
4307.054 Double Drill Sleeve 1.5/1.1mm
4307.056 Double Drill Sleeve 2.0/1.5mm
4307.058 Double Drill Sleeve 2.7/2.0mm
4307.060 Drill & Tap Sleeve Combined 2.5/3.5mm
4307.070 Drill & Tap Sleeve Combined 3.2/4.5mm
4307.080 Drill & Tap Sleeve Combined 3.2/6.5mm
4307.090 Insert Drill Sleeve 2.5mm
4307.0950 Insert Drill Sleeve 3.2mm
4307.0951 Drill Sleeve With Stop 2.5mm
4307.0952 Drill Sleeve With Stop 3.2mm
4307.0953 Drill Sleeve For Locking Screw 2.4mm
4307.0954 Drill Sleeve For Locking Screw 2.7mm
4307.096 Drill Sleeve For Locking Screw 3.5mm
4308.000 Pointed Drill Guide With 4.5mm Tap Sleeve & 3.2mm Insert Drill Sleeve
4309.000 Screw Holding Forceps
4309.002 Screw Removal Forceps
4310.010 Hollow Mill Small For Drill Bits
4310.020 Hollow Mill Medium For 3.5mm Screws
4310.030 Hollow Mill Large For 4.5mm & 6.5mm Screws
4310.140 Hollow Reamer For Removal Of Damage Screws Small For 2.0 & 2.7mm Screw (THandle)
4310.141 Hollow Reamer For Removal Of Damage Screws Mediuml For 3.5 & 4.0mm Screw (THandle)
4310.1420 Hollow Reamer For Removal Of Damage Screws Large For 4.5 & 6.5mm Screw (THandle)
4310.1421 Hollow Reamer For Removal Of Damage Screws Small For 2.0 & 2.7mm Screw (Q.C.)
4310.1422 Hollow Reamer For Removal Of Damage Screws Mediuml For 3.5 & 4.0mm Screw (Q.C.)
4310.1423 Hollow Reamer For Removal Of Damage Screws Large For 4.5 & 6.5mm Screw (Q.C.)
4310.250 Conical Extraction Screws (For Removel Of Damage Hex. Head Of Screws) For 2.73.5 & 4.0mm Screws
4310.251 Conical Extraction Screws (For Removel Of Damage Hex. Head Of Screws) For 4.5 & 6.5mm Screws
4310.360 Conical Extraction Reamer (For Removal Of Broken I.L. Nails) For 91011mm Nails
310.361 Conical Extraction Reamer (For Removal Of Broken I.L. Nails) For 121314mm Nails
310.362 Universal Nail Extractor Set With Wrench
310.362 Drill Sleeve 5.0/3.5mm Dia. Long
310.362 Drill Sleeve 6.0/4.5mm Dia. Long
310.362 Hexagonal Allen Key 3.5mm
310.362 Hexagonal Allen Key 3.0mm
310.362 3.5mm Trocar With Point (For Sliding Drill Sleeve)
Mini Fragment Instruments
4311.005 Mini Depth Gauge
4311.006 Mini Self Retaining Retractor For Fingers
4311.007 Mini Self Retaining Retractor For Metacarpals
4311.008 Mini Self Retaining Retractor For Metacarpals With Hinge
4311.009 Mini Neutral & Loaded Drill Guide For 1.5mm Drill Bit
4311.010 Mini Plate Bender Pair
4311.011 Mini Screw Holding Forceps For 1.5 & 2.0mm Screws
4311.012 Hollow Mill For 1.5mm & 2.0mm Screws
4311.013 Mini Plate Holding Forceps
4311.014 Mini Plate & Bone Holding Forceps
4311.015 Mini Reduction Forceps Serrated
4311.016 Mini Reduction Forceps Pointed
4311.017 Mini Periosteal Elevator
4311.018 Mini Chisels Sizes: 4mm
4311.019 Mini Chisels Sizes: 6mm
4311.020 Mini Chisels Sizes: 8mm
4311.021 Mini Chisels Sizes: 10mm
4311.022 Mini Chisels Sizes: 12mm
4311.022 Bone Chisel Lambote 15mm Straight 240mm
4311.023 Mini Osteotomes Sizes: 4mm
4311.024 Mini Osteotomes Sizes: 6mm
4311.025 Mini Osteotomes Sizes: 8mm
4311.026 Mini Osteotomes Sizes: 10mm
4311.027 Mini Osteotomes Sizes: 12mm
4311.028 Mini Gouge Sizes : 4mm
4311.029 Mini Gouge Sizes : 6mm
4311.030 Mini Gouge Sizes : 8mm
4311.031 Mini Gouge Sizes : 10mm
4311.032 Mini Gouge Sizes : 12mm
4311.034 Mini Hohmann Retractors Sizes : 6mm
4311.035 Mini Hohmann Retractors Sizes : 8mm
4311.036 Mini Hohmann Retractors Sizes : 10mm
4704.015 Nut Hanger
4704.015 Washer Hanger
Bone Drill & Wire Instruments
4320.010 Universal Bone Drill With S.S. Gears
4320.020 Micro Hand Drill With S.S. Gears
4320.030 Universal Open Hand Drill With S.S. Gears
4320.040 Micro Open Hand Drill With S.S. Gears
4320.040 K.Wire Introducer For 1.5&2.0mm Wire
4320.040 Shanz Pin Introducer
4321.010 Wire Twister Circular
4321.020 Wire Tightner With Two Pegs
4321.030 Wire Tightner Cum Twister
4321.030 Wire Tightner Cum Twister 2 Cutter (New Type)
4321.030 Wire Tightner Loute
4322.020 Guide Wire Introducer With Four Pegs
4322.030 K.Wire Bender
4322.040 K.Wire Tractor Small
4322.050 K.Wire Tractor Medium
4322.060 K.Wire Tractor Large
4323.010 Wire Passer Small
4323.020 Wire Passer Medium
4323.030 Wire Passer Large
4323.031 Suture Passer
4324.010 Plier Cum Wire Bender
4324.020 Plier Cum Wire Bender Cum Wire Cutter 7”
4324.030 Plier Cum Wire Bender Cum Wire Cutter 9”
4324.040 Plier Cum Wire Bender Cum Wire Cutter 11”
4324.045 Wire Cutter Double Action Length 250mm
4324.0451 Wire Cutting Pliers 170mm (T.C.)
4324.050 Flat Nose Plier
4325.010 Steinmann Pin Introducer With S.S. Chuck & Key
4325.020 Spare S.S. Chuck & Key
4325.021 Spare Key For Drill Machine
4325.022 Spare Chuck For Drill Machine
4325.023 Spare Key For T Handle
4325.024 Spare Chuck & Key For Small Drill Machine
4325.030 Steinmann Pin Holder Small 8"
4325.040 Steinmann Pin Holder Medium 10"
4325.050 Steinmann Pin Holder Large 12"
4325.060 Steinmann Pin Holder Extra Large 14”
4325.070 Steinmann Pin Holder Extra Large 16”
4325.080 Steinmann Pin Holder Extra Large 18”
4325.090 Steinmann Pin Holder Extra Large 20”
4326.010 Bone Awl With Eye Dia. 2.0mm
4326.011 Bone Awl With Eye Dia. 2.5mm
4326.012 Bone Awl With Eye Dia. 3.0mm
4326.0121 Bone Awl Cannulated
4326.015 Reamer Perthes 18.5Cm
4327.100 Bone Tunnel Borer 2.0mm Dia.
4327.101 Bone Tunnel Borer 2.7mm Dia.
4327.210 Bone Tunnel Borer With Counter Sink 2.5 X 5.0mm
4327.211 Bone Tunnel Borer With Counter Sink 2.7 X 5.0mm
4328.010 Tripple Drill Guide For 2.0mm Wires
4328.020 Tripple Drill Guide For 2.5mm Wires
4329.000 Long Forceps For Twisting Wires
4330.000 Holding Forceps For Circlage Wire
4331.000 Circlage Wire Tightner
Self Centering Bone Holding Forceps
4340.010 150mm
4340.020 190mm
4340.020 225mm
4340.030 240mm
4340.040 260mm
4340.050 280mm
Self Centering Bone Holding Forceps Softlock
4340.191 190mm
4340.239 240mm
4340.258 260mm
Reduction Forceps Serrated
4341.010 Ratchet Lock 140mm
4341.020 Ratchet Lock 170mm
4341.030 Speed Lock 170mm
4341.040 Speed Lock 200mm
4341.050 Speed Lock 240mm
Reduction Forcpes Serrated Softlock
4341.171 171mm
4341.194 194mm
4341.250 250mm
Reduction Forceps Pointed
4342.010 Ratchet Lock 140mm
4342.020 Ratchet Lock 170mm
4342.030 Ratchet Lock 200mm
4342.040 Speed Lock 170mm
4342.050 Speed Lock 200mm
4342.060 Speed Lock 240mm
Reduction Forceps Pointes Softlock
4342.171 171mm
4342.194 194mm
4342.250 250mm
Patella Bone Holding Forceps
4343.010 Three Prong
4343.020 Four Prong
Pelvic Reduction Forceps
4344.010 Pelvic Reduction Forceps Oblique Small Length190mm With Pointed Ball Tips Speed Lock
4344.020 Pelvic Reduction Forceps Oblique Small Length240mm With Pointed Ball Tips Speed Lock
4344.030 Pelvic Reduction Forceps Length400mm With Pointed Ball Tips Speed Lock
4344.040 Pelvic Reduction Forceps Small For Screws Length200mm Use With 3.5 And 4.5mm Cortical Screws
4344.050 Pelvic Reduction Forceps Medium For Screws Length 250mm Use With 3.5 And 4.5mm Cortical Screws
4344.060 Pelvic Reduction Forceps Large For Screws Length330mm Speed Lock Fixation With Two 4.5mm Cortical Screws
4344.070 Pelvic Reduction Forceps With Angled Pointed Ball Tips Length250mm Speed Lock
4344.080 Pelvic Reduction Forceps Long With Pointed Ball Tips Length400mm Speed Lock
4344.090 Pelvic Reduction Forceps Long With Three Pointed Ball Tips Length400mm Speed Lock
Fibula Holding Forceps
4345.010 Straight 210mm
4345.020 Curved 210mm
4346.000 Holding Forceps For Tibial Edge Fragment 210mm
4347.000 Malleolar Forceps 210mm
Bone And Plate Holding Forceps
4348.010 For Forearm
4348.020 For Tibia
4348.030 For Femur
Lane Bone Holding Forceps With Ratchet
4349.010 200mm
4349.020 250mm
4349.030 300mm
Lane Bone Holding Forceps Without Ratchet
4349.050 200mm
4349.060 250mm
4349.070 300mm
4350.000 Burn’S Bone Holding Forceps
4351.000 Doyen's Rib Shearer
Verbrugge Bone Holding Forceps Speed Lock
4351.001 Small
4351.002 Large
Lowman Bone Clamp
4352.020 For Forearms Extra Small
4352.030 For Humerus Small
4352.040 For Tibia Medium
4352.050 For Femur Large
Bone Cutting Forceps Straight (Double Action)
4353.010 190mm
4353.020 225mm
4353.030 270mm
Bone Cutting Forceps Curved (Double Action)
4354.010 190mm
4354.020 225mm
4354.030 270mm
Bone Nibbler Straight (Double Action)
4355.010 190mm
4355.020 225mm
4355.030 270mm
Bone Nibbler Curved (Double Action)
4356.010 190mm
4356.020 225mm
4356.030 270mm
Bone Nibbler Angular (Double Action)
4357.010 190mm
4357.020 225mm
4357.030 270mm
4358.000 Tuder Edward Bone Cutting Forceps
4359.010 Amputation Saw
4359.020 Amputation Saw Fiber Handle
4360.000 Finger Saw
Bone File
4361.010 Half Round Pointed
4361.020 Flat 100mm
4361.030 Flat 150mm
Bone Rongeur Forceps
4361.030 155mm Straight
4361.030 155mm Curved
Chisel With Fibre Handle
4362.005 Size : 5mm
4362.010 Size : 10mm
4362.015 Size : 15mm
4362.020 Size : 20mm
4362.025 Size : 25mm
4362.030 Size : 30mm
Osteotome With Fibre Handle Straight
4363.005 Size : 5mm
4363.008 Size : 8mm
4363.010 Size : 10mm
4363.012 Size : 12mm
4363.014 Size : 14mm
4363.016 Size : 16mm
4363.018 Size : 18mm
4363.020 Size : 20mm
4363.025 Size : 25mm
4363.030 Size : 30mm
Osteotome With Fibre Handle Curved
4364.005 Size : 5mm
4364.008 Size : 8mm
4364.010 Size : 10mm
4364.012 Size : 12mm
4364.014 Size : 14mm
4364.016 Size : 16mm
4364.018 Size : 18mm
4364.020 Size : 20mm
4364.025 Size : 25mm
4364.030 Size : 30mm
Gouge With Fibre Handle Straight
4365.005 Size : 5mm
4365.008 Size : 8mm
4365.010 Size : 10mm
4365.012 Size : 12mm
4365.014 Size : 14mm
4365.016 Size : 16mm
4365.018 Size : 18mm
4365.020 Size : 20mm
4365.025 Size : 25mm
4365.030 Size : 30mm
Gouge With Fibre Handle Curved
4366.005 Size : 5mm
4366.008 Size : 8mm
4366.010 Size : 10mm
4366.012 Size : 12mm
4366.014 Size : 14mm
4366.016 Size : 16mm
4366.018 Size : 18mm
4366.020 Size : 20mm
4366.025 Size : 25mm
4366.030 Size : 30mm
Bone Curette Double Ended
4367.010 4mm X 6mm
4367.011 6mm X 9mm
4367.012 9mm X 12mm
Bone Curette Volkmann
4367.0121 Fig 0
4367.0122 Fig 2
4367.0123 Fig 5
Burns Bone Curette With Fibre Handle
4367.023 Size : 3mm
4367.024 Size : 4mm
4367.025 Size : 5mm
4367.026 Size : 6mm
4367.028 Size : 8mm
4367.030 Size : 10mm
4367.032 Size : 12mm
Corticotome
4367.03200 5mm
4367.03201 7mm
4367.03210 10mm
4367.03220 15mm
Bone Hammer Fiber Handle Wood Color
4368.008 100Gms
4368.010 200Gms
4368.011 300Gms
4368.020 350Gms
4368.0201 400Gms
4368.030 500Gms
4368.031 600Gms
4368.040 700Gms
4368.041 900Gms
4368.050 Nylon Faced (Both Sided) Small
4368.050 Nylon Faced (Both Sided) Medium
4368.050 Nylon Faced (One Sided) Small
4368.050 Nylon Faced (One Sided) Medium
4702.008 Slotted Hammer
Bone Hammer Premium Light Blue Color Handle
4702.0095 100Gms
4702.0096 200Gms
4702.0097 300Gms
4702.0098 350Gms
4702.0099 400Gms
4702.0100 500Gms
4702.0101 600Gms
4702.0102 700Gms
4702.0103 900Gms
4702.0104 Nylon Faced (Both Sided) Small
4702.0105 Nylon Faced (Both Sided) Medium
4702.0106 Nylon Faced (One Sided) Small
4702.0107 Nylon Faced (One Sided) Medium
4702.0108 Slotted Hammer
Hooks
4369.010 Bone Hook Small
4369.020 Bone Hook Medium
4369.030 Bone Hook Large
4370.010 Skin Hook Single Pronged
4370.020 Skin Hook Two Pronged
4370.030 Skin Hook Three Pronged
4371.000 Sharp Hook
4372.010 Lane’S Bone Lever Serrated
4372.020 Lane’S Bone Lever Plain Small
4372.030 Lane’S Bone Lever Plain Large
Bone Retractors
4373.000 Bristow’S Retractor
4374.010 Lagenback Retractor Small
4374.015 Lagenback Retractor Medium
4374.020 Lagenback Retractor Large
4374.020 Respatories Lagenbeck 11mm X 230mm
4374.020 Raspatries Williger 6mm X 160mm
4774.0201 Curved Retractor
Volkman’S Retractors
4375.010 Two Prong
4375.020 Three Prong
4375.030 Four Prong
4375.040 Five Prong
4376.000 Right Angle Retractor
4377.000 Double Hook Retractor
4378.000 Initial Incision Retractor With Weight & Chain
Hohmann Retractor
4379.010 6mm Wide Short Narrow Point 160mm Length
4379.015 8mm Wide Short Narrow Point 160mm Length
4379.020 15mm Wide 160mm Length
4379.025 8mm Wide Short Narrow Tip 220mm Length
4379.030 18mm Wide Short Narrow Tip 235mm Length
4379.0301 18mm Wide Short Tip 235mm Length
4379.035 18mm Wide Long Narrow Tip 235mm Length
4379.040 22mm Wide With Wide Tip 250mm Length
4379.045 24mm Wide With Long Wide Tip 270mm Length
4379.045 30mm Wide With Long Wide Tip 265mm Length
4379.050 43mm Wide Narrow Tip 240mm Length
4379.055 70mm Wide Narrow Tip 240mm Length
Self Retaining Retractor
4380.01 Small 200mm Long
4380.02 Medium 250mm Long
4380.03 Large 300mm Long
4380.04 Extra Large 350mm Long
Gelpi Retractor
4380.050 Small 175mm
4380.060 Medium 245mm
4380.070 Large 315mm
Periosteal Elevator Straight
4381.006 6mm
4381.008 8mm
4381.010 10mm
4381.012 12mm
4381.014 14mm
4381.016 16mm
4381.020 20mm
4381.025 25mm
Periosteal Elevator Curved
4382.006 6mm
4382.008 8mm
4382.010 10mm
4382.012 12mm
4382.014 14mm
4382.016 16mm
4382.020 20mm
4382.025 25mm
Bone Spreader
4383.014 140mm
4383.021 210mm
4383.027 270mm
JKI.000 Instruments For Kuntscher Cloverleaf Nail Set
4384.002 K. Nail Driver
4384.004 K. Nail Setting Device
4384.006 K. Nail Extractor With Two Hooks
4384.008 K. Nail Measuring Gauge
4384.010 Diamond Pointed Awl
4384.012 Guide Wire For K. Nail 2.5mm For 6 & 7mm Nails
4384.014 Guide Wire For K. Nail 3.0mm For 8 & 9mm Nails
4384.016 Guide Wire For K. Nail 4.0mm For 10 & 11mm Nails
4384.018 Guide Wire For K. Nail 4.5mm For 12 & 13mm Nails
4384.020 K. Nail Reamer Dia. 6mm
4384.022 K. Nail Reamer Dia. 7mm
4384.024 K. Nail Reamer Dia. 8mm
4384.026 K. Nail Reamer Dia. 9mm
4384.028 K. Nail Reamer Dia. 10mm
4384.030 K. Nail Reamer Dia. 11mm
4384.032 K. Nail Reamer Dia. 12mm
4384.034 K. Nail Reamer Dia. 13mm
4384.036 K. Nail Reamer Dia. 14mm
4384.040 Spare Hook For K.Nail Extractor
4384.042 Slide Hammer For K Nail Extractor Set
4384.042 Graphic Box
Optional
4384.008 K Nail Scale
4384.0081B K Nail Scale (Aluminium Blue Color)
4384.008 K Nail + Drill Reamer Scale
4384.0082B K Nail + Drill Reamer Scale (Aluminium Blue Color)
4384.050 Locking Plier Large
4384.060 Extraction Rod With Hammer For Plier
Instruments For Square Nail
4385.002 Impactor For Square Nails 2.0mm
4385.004 Impactor For Square Nails 2.5mm
4385.006 Impactor For Square Nails 3.0mm
4385.008 Impactor For Square Nails 3.5 & 4.0mm
4385.010 Square Nail Reamer 2.0mm
4385.012 Square Nail Reamer 2.5mm
4385.014 Square Nail Reamer 3.0mm
4385.016 Square Nail Reamer 3.5mm
4385.018 Square Nail Reamer 4.0mm
4385.020 Square Nail Extractor Hook 2.0mm
4385.022 Square Nail Extractor Hook 2.5mm
4385.024 Square Nail Extractor Hook 3.0mm
4385.026 Square Nail Extractor Hook 3.5 & 4.0mm
Rush Nails Instruments
4385.101 Rush Nail Impactor / Introducer
4385.105 Rush Nail Reamers
4385.120 Rush Nail Extractor
Instruments For Femoral Head
4386.010 Rasp For Austin Moore Standard Stem
4386.011 Rasp For Austin Moore Narrow Stem
4386.012 Rasp For Austin Moore Broad Stem
4386.013 Rasp For Austin Moore Extra Long Stem
4386.020 Rasp For Thompson Standard Stem
4386.021 Rasp For Thompson Narrow Stem
4386.021 Rasp For Thompson Mex Desgin
4386.030 Murphy Lane Bone Skid
4386.040 Moore Hollow Chisel
4386.041 Moore Hollow Chisel With Fibre Handle Standard
4386.042 Moore Hollow Chisel With Fibre Handle Extra Large
4386.050 Judet Auger Extractor
4386.060 Measuring Gauge For Prosthesis Set Of Seven (39mm To 51mm)
4386.061 Measuring Gauge For Prosthesis Set Of Ten (38mm To 56mm)
4386.062 Measuring Gauge For Prosthesis Set Of Ten (37mm To 55mm)
4386.070 Impactor Nylon Faced Large Tip
4386.071 Impactor Nylon Faced
4386.071 Impactor Nylon Faced Mini
4386.080 Femoral Extractor With Two Hooks
4386.090 Spare Hook For Extractor
4386.090 Cement Restrictor
Instruments For Plaster Cutting
4388.005 Plaster Saw Heavy Handle
4388.010 Plaster Saw Engel
4388.015 Plaster Saw Bergman
4388.020 Plaster Spreader
4388.025 Plaster Shear Bohler’S
4388.030 Plaster Shear Stille’S
4388.035 Plaster Shear Gay’S
4388.040 Bandage Cutting Scissor
4388.045 Plaster Bender
4388.050 Plaster Opener Daw’S
Instruments For Spine Surgery
4389.002 Punch Forceps Small Up Cutting
4389.004 Punch Forceps Small Down Cutting
4389.006 Punch Forceps Large Up Cutting
4389.008 Punch Forceps Large Down Cutting
4389.010 Punch Forceps 45°Angle Up Cutting
4389.012 Punch Forceps 45° Angle Down Cutting
4389.002B Punch Forceps Small Up Cutting Bayonet
4389.004B Punch Forceps Small Down Cutting Bayonet
4389.006B Punch Forceps Large Up Cutting Bayonet
4389.008B Punch Forceps Large Down Cutting Bayonet
4389.01B Punch Forceps 45°Angle Up Cutting Bayonet
4389.012B Punch Forceps 45° Angle Down Cutting Bayonet
4389.014 Disc Forceps Straight
4389.016 Disc Forceps Upward
4389.018 Disc Forceps Downward
4389.019 Biopsy Punch Forcep Toothed
4389.0181 Backmann Adson Retractor
4389.022 Nerve Root Retractor Straight
4389.024 Nerve Root Retractor 45° Angle
4389.026 Nerve Root Retractor 90° Angle
4389.028 Nerve Root DiSSector
4389.030 Mcdowel’S DiSSector
4389.031 Penfield DIssector Set for 4pcs
4389.032 Watson Cheyne Dissector
Durer Elevator Double End
4389.0321 Straight
4389.0322 Curved
Durer Elevator Single End
4389.0323 Straight
4389.0324 Curved
4389.033 Cobs Elevator 10mm
4389.034 Cobs Elevator 13mm
4389.035 Cobs Elevator 19mm
4389.036 Capner'S Gouge Straight
4389.038 Capner'S Gouge Curved
4389.040 Capner'S Gouge Deep Curved
4389.040 Bender For Hart Shell
Instruments For Steffee
4392.010 Steffee Wrench 8mm
4392.020 Steffee Wrench 11mm
4392.030 Steffee Screw Tap 4.5mm
4392.040 Steffee Screw Tap 5.5mm
4392.050 Steffee Awl
4392.060 Steffee Screw Introducer
Instruments For Knee Surgery
4393.005 Blount Knee Retractor
4393.010 Martin’S Cartilage Clamp
4393.015 Maniscus Forceps
4393.020 Smillie’S Knee Joint Retractor Set Of Six
4393.025 Smillie’S Meniscus Knife Set Of Three
4393.030 Charnley’S Compression Clamp
Instruments For Skull Surgery
4394.005 Gigli Saw Wire Ordinary
4394.010 Gigli Saw Wire Fine
4394.015 Gigli Saw Handle Pair
4394.020 Gigli Saw Introducer
4394.025 Crutch Field Tong With Two Burrs Small
4394.030 Crutch Field Tong With Two Burrs Medium
4394.035 Crutch Field Tong With Two Burrs Large
4394.040 Spare Burrs For Crutch Field Tong
4394.045 Gardener Wells Traction Tongs
4394.045F Gardener Wells Traction Tongs (Full Set) With Weight
4394.045 Hudson Brace
4394.045 Hudson Conical Burr 9mm 11mm 13mm 16mm
4394.045 Hudson Spherical Burr 11mm 13mm 16mm 19mm 22mm
4394.045 Hudson Perforator 11mm 13mm 16mm
Distractors
4396.005 Mini Distractor For Forearm
4396.010 Small Distractor For Tibia
4396.015 Large Distractor For Tibia & Femur
4396.101 Distractor Single Hole 50mm
4396.102 Distractor Double Hole 50mm
4396.201 Distractor Double Hole 4.0mm X 75mm
4396.202 Distractor Double Hole 4.0mm X 100mm
4396.203 Distractor Double Hole 4.0mm X 150mm
4396.301 Distractor Double Hole 6.0mm X 150mm
4396.302 Distractor Double Hole 6.0mm X 200mm
4396.303 Distractor Double Hole 6.0mm X 250mm
4396.304 Distractor Double Hole 6.0mm X 300mm
4396.401 Distractor Double Hole Fish Mouth 6.0mm X 150mm
4396.402 Distractor Double Hole Fish Mouth 6.0mm X 200mm
4396.403 Distractor Double Hole Fish Mouth 6.0mm X 250mm
4396.404 Distractor Double Hole Fish Mouth 6.0mm X 300mm
Skin Grafting Knife (S.S.)
4396.404 Bcp With Alu Black Oval Grip
4396.404 Full SS Hollow Grip
4396.404 Skin Grafting Blade (P Of 10)
Containers Stainless Steel
4400.004 Instrument Box Length 300mm
4400.0041 Instrument Box Length 300mm With 1 Tray
4400.005 Instrument Box With Two Trays Length 300mm
4400.010 Small Fragment Instrument Box With Two Trays For Instruments & One Tray For Screws With Screw Holding Forceps
4400.015 Instrument Box With Two Trays Length 450mm
4400.040 DHS/DCS Implant Box With Three Trays (1 Tray For Screws & 2 Trays For Plates)
4701.041 DHS/DCS Graphic Instrument Box (Stainless Steel)
4701.041 DHS/DCS Graphic Instrument Box (Alluminium Special Desgin)
4400.045 Sterilization Box For Flexible Reamers With Detachable Heads
4400.050 Sterilization Box For Fixed Head Flexible Reamers With Two Trays S.S. L 210mm W 155mm H 60mm
4400.055 Instrument Box For Pfn / ReCon & Delta Nails
4400.055 Instruments Box For Femur Nail
4400.060 S.S. Sterlization Box ( 20" X 8" X 4 1/2")
4400.060 S.S. Box With Locking Screw Tray (2.4 2.7 & 3.0mm) & Implants Tray
4400.060 Interlocking Box With One Tray & Screw Sheet On Side (Surya Design)
4400.061 Ilizarov Set Box Small
4400.061 Ilizarov Set Box Medium
4400.061 Ilizarov Set Box Large
4400.061 Pfn Box (Surya Design)
Ilizarov Box Partition (Mal Design)
IP.35 35mm
IP.50 50mm
IP.55 55mm
IP.100 100mm
IP.140 140mm
IP.240 240mm
IP.410 410mm
IP.490 490mm
IP.530 530mm
JMD.001 Ilizarov Box (Mal Design) 3 Trays
Screw Boxes
4400.019 Large Screw Tray With Sliding Top With Screw Holding Forceps For 4.5 Cortical 4.5 & 6.5mm Screws
4400.020 Large Screw Box With Screw Tray & Screw Holding Forceps For 4.5 Cortical 4.5 Malleolar & 6.5 Cancellous Screws
4400.025 Small Screw Box With Screw Tray & Screw Holding Forceps For 3.5 Coritcal 3.5 Cancellous & 4.0 Cancellous Screws
4400.025 Mini Screw Box With Screw Tray & Screw Holding Forceps For 1.5 & 2.0mm Screws (Graphic)
4400.030 Screw Box For 4.9mm Interlocking Bolts With Screw Tray & Screw Holding Forceps
4400.031 Screw Box For 3.9mm Interlocking Bolts With Screw Tray & Screw Holding Forceps
4400.032 Screw Box For 3.4mm Interlocking Bolts With Screw Tray & Screw Holding Forceps
4400.033 Combined Screw Box For 3.4 3.9 4.9mm Interlocking Bolts With Screw Tray & Screw Holding Forceps
4400.035 Screw Box Combined With Large & Small Screw Tray And Screw Holding Forceps For 3.5 4.0 4.5 6.5mm Screws
4400.059 Screw Box For 4.0mm Cannulated Cancellous Screws With Screw Tray With Screws Holding Forceps
4400.060 Screw Box For 7.0mm Cannulated Cancellous Screws With Screw Tray Instrument Tray & Screw Holding Forceps
4400.060 Small Instrument Box With Screw Tray (3.5/4.5 Cortical & 3.5/5.0 Locking Screws) (Surya Design)
4400.061 Screw Box For 3.5mm & 4.0mm Screws Graphic Design Aluminium
4400.061 Screw Box For 4.5mm & 6.5mm Screws Graphic Design Aluminium
4400.061 Screw Box For 7.0mm Screws Graphic Design Aluminium
4400.061 Locking Screw Box S.S. (Surya Design)
4400.061 Screw Box For 3.5mm & 4.5mm Screws Graphic Design Aluminium
400.061 Screw Box For 4.5mm & 5.0mm Locking Screw (Mal Desgin)
400.061 Screw Box For 2.7 & 3.5mm Screws Graphic Design Aluminium
44001.001 Locking Screw Box Large Fragment
44001.002 Locking Screw Box Small Fragment
44001.003 Locking Screw Box Mini Fragment
Graphic Box For All Instrument Sets Are Available & Can Be Customized As Per Requirement
Silicon Rubber Surgical Mat
44290.002 100 X 150MM
44290.003 150 X 250MM
44290.0031 160 X 340MM
44290.0032 200 X 400MM
44290.004 225 X 1050MM
Sterilization Tubes For Wires Nails Pins & Drill Bits
4401.002 Length 150mm
4401.004 Length 225mm
4401.006 Length 300mm
4401.008 Length 400mm
4401.010 Length 500mm
Instruments For Conventary Staple
4410.015 Conventary Staple Inserter
4410.020 Conventary Staple Impactor
4410.025 Conventary Staple Extractor
Instruments For 'U' Staple
4411.015 U Staple Inserter
4411.020 U Staple Starter For 15mm Width
4411.021 U Staple Starter For 20mm Width
4411.022 U Staple Starter For 25mm Width
4411.025 U Staple Extractor
D.H.S. Instrument
4701.021 Threaded Guide Wire 2.5mm
4701.022 DHS Angle Guide 135°
4701.023 THandle With Quick Coupling
4701.024 Direct Measuring Device S.S.
4701.025 DHS Tripple Reamer
4701.026 Wrench For DHS Screws
4701.027 DHS Impactor
4701.027 Nylon Tip For DHS Impactor
4701.028 DHS Tap
4701.029 Centering Sleeve For DHS Tap
4701.030 Centering Sleeve For DHS Wrench
4701.031 Coupling Screw For Inserting DHS Screw
4701.032 Guide Shaft For Coupling Screw
4701.033 Long Coupling Screw For DHS Screw Removal
4701.034 Stylet 2.5mm
4701.034 DHS Cannulated Coupling Screw + Wrench Mex Desgin
Optional Instruments DHS/DCS
4701.040 DCS Triple Reamer
4701.040T DCS Triple Reamer (With Titanium Coating)
4701.041 DCS Angle Guide
4701.042 DHS Triple Reamer Short Reamer
4701.042 DHS Triple Reamer Short Reamer (TIT. Coating)
4701.043 DHS Angle Guide 130°
4701.044 DHS Angle Guide 140°
4701.045 DHS Angle Guide 150°
4701.050 Variable Angle Guide Angle 130° 135° 140° 145° 150°
Angled Blade Plate Instrument
4702.005 Chisel Guide
4702.006 Seating Chisel
4702.007 Inserter Extractor
4702.008 Slotted Hammer
4702.009 Impactor
4702.010 Condylar Plate Guide
4702.012 Quardrangular Positioning Plate
4702.013 Triple Drill Guide 1300
4702.015 Triangular Positioning Plate 900/500/400
4702.016 Triangular Positioning Plate 800/700/300
4702.017 Triangular Positioning Plate 1000/600/200
7.0mm Large Cannulated Cancellous Instrument
4703.010 Cannulated Drill Bit 4.5mm
4703.011 Cannulated Tap With T Handle 7.0mm
4703.012 Protection Sleeve 4.5mm Dia
4703.013 Parallel Wire Guide
4703.015 Threaded Guide Wire 2.0mm Dia
4703.016 Large Cannulated Hexagonal Screw Driver 3.5mm Tip
4703.017 Stylet 2.0mm
4703.020 Counter Sink Cannulated Length 230mm
4703.024 Direct Measuring Device
4703.0241 Protection Sleeve with Drill Guide
4703.0242 Parallel Guide Adjustable
Instrument For 4.0mm Cannulated Cancellous Screws
4704.005 Threaded Guide Wire 1.25mm 150mm
4704.008 Cannulated Counter Sink Q. C. Dia. 6.0mm
751.031 Cannulated Tap 4.0mm Q.C.
4704.010 Double Drill Sleeve 2.7/1.25mm
4704.011 Drill Guide With Stop 3.5mm/2.7mm With Two Inserts
4704.012 Cannulated Hexagonal Screw Driver 2.5mm Tip
4704.013 Direct Measuring Device S.S.
4704.014 Stylet 1.25mm
4704.015 Holding Clip
4704.016 Cannulated Quick Coupling Tap Handle With Fibre Handle
4704.026 Cannulated Drill Bit 2.7mm/1.35mm Length 160mm Q.C. End
4704.027 Cannulated Drill Bit 3.5mm/1.35mm Length 160mm Q.C. End
Optional Instruments For 4.0mm Cannulated Cancellous Screws
4704.006 Cannulated Drill Bit 2.7mm/1.35mm Length 130mm Plain Shank
4704.007 Cannulated Drill Bit 3.5mm/1.35mm Length 130mm Plain Shank
4704.028 Cannulated Tap 4.0mm With T Handle
Cannulated Rigid Reamers
4708.201 Dia 6.0mm
4708.202 Dia 7.0mm
4708.203 Dia 8.0mm
4708.204 Dia 8.5mm
4708.205 Dia 9.0mm
4708.206 Dia 9.5mm
4708.207 Dia 10.0mm
4708.208 Dia 10.5mm
4708.209 Dia 11.0mm
4708.210 Dia 11.5mm
4708.211 Dia 12.0mm
4708.212 Dia 12.5mm
4708.213 Dia 13.0mm
4708.214 Dia 13.5mm
4708.215 Dia 14.0mm
Solid Reamers
4708.215 Dia 6.0mm
4708.215 Dia 7.0mm
4708.215 Dia 8.0mm
4708.215 Dia 8.5mm
4708.216 Dia 9.0mm
4708.216 Dia 9.5mm
4708.216 Dia 10.0mm
4708.216 Dia 10.5mm
4708.216 Dia 11.0mm
4708.216 Dia 11.5mm
4708.216 Dia 12.0mm
4708.216 Dia 12.5mm
4708.216 Dia 13.0mm
4708.216 Dia 13.5mm
4708.217 Dia 14.0mm
Flexible Reamers Detachable Head
4712.010 Flexible Reamer Shaft For Detachable Heads Upto 12.0mm
4712.011 Flexible Reamer Shaft For Detachable Head 12.5mm To 15.0mm
4712.015 Reamer Head 8.5mm
4712.016 Reamer Head 9.0mm
4712.017 Reamer Head 9.5mm
4712.018 Reamer Head 10.0mm
4712.019 Reamer Head 10.5mm
4712.020 Reamer Head 11.0mm
4712.021 Reamer Head 11.5mm
4712.022 Reamer Head 12.0mm
4712.023 Reamer Head 12.5mm
4712.024 Reamer Head 13.0mm
4712.025 Reamer Head 13.5mm
4712.026 Reamer Head 14.0mm
4712.027 Reamer Head 14.5mm
4712.028 Reamer Head 15.0mm
Flexible Reamer Set in Graphic Box
Flexible Reamer Fixed Head For Uhn Nails
4712.260 Flexible Reamer Shaft Fixed Head 6.0mm Dia
4712.265 Flexible Reamer Shaft Fixed Head 6.5mm Dia
4712.270 Flexible Reamer Shaft Fixed Head 7.0mm Dia
4712.275 Flexible Reamer Shaft Fixed Head 7.5mm Dia
Flexible Reamer Fixed Head
4712.280 Flexible Reamer Shaft Fixed Head 8.0mm Dia
4712.285 Flexible Reamer Shaft Fixed Head 8.5mm Dia
4712.290 Flexible Reamer Shaft Fixed Head 9.0mm Dia
4712.295 Flexible Reamer Shaft Fixed Head 9.5mm Dia
4712.300 Flexible Reamer Shaft Fixed Head 10.0mm Dia
4712.305 Flexible Reamer Shaft Fixed Head 10.5mm Dia
4712.310 Flexible Reamer Shaft Fixed Head 11.0mm Dia
4712.315 Flexible Reamer Shaft Fixed Head 11.5mm Dia
4712.320 Flexible Reamer Shaft Fixed Head 12.0mm Dia
4712.325 Flexible Reamer Shaft Fixed Head 12.5mm Dia
4712.330 Flexible Reamer Shaft Fixed Head 13.0mm Dia
4712.335 Flexible Reamer Shaft Fixed Head 13.5mm Dia
4712.340 Flexible Reamer Shaft Fixed Head 14.0mm Dia
4712.345 Flexible Reamer Shaft Fixed Head 14.5mm Dia
4712.350 Flexible Reamer Shaft Fixed Head 15.0mm Dia
Instrument For Titanium Elastic Nails
4713.002 Inserter For Elastic Nail
4713.004 Hammer Guide
4713.006 Awl For Elastic Nail
4713.008 Detachable Slide Hammer 400 Gms.
4713.010 F Tool
4713.012 Locking Plier For Elastic Nail
4713.014 Pin Wrench
4713.016 Beveled Tamp
4713.018 Standard Tamp 2.5mm
4713.020 Standard Tamp 3.0mm
4713.022 Standard Tamp 3.5mm
4713.024 Standard Tamp 4.0mm
4713.025 Rod Cutter
Instrument For Enders Nails
4719.002 Awl With T Handle
4719.004 Bender For Enders Nails
4719.006 Extractor Set With Two Hooks
4719.008 Impactor For 3.5mm Nails
4719.010 Impactor For 4.0mm Nails
4719.012 Impactor For 4.5mm Nails
4719.014 Bending PreSS For Enders Nails
Instruments For Herbert Screw
4802.002 Cannulated Screw Driver
4802.004 Cannulated Tap 3.5mm Dia.
4802.006 Cannulated Tap 4.5mm Dia.
4802.008 Cannulated Drill Bit 2.5mm Dia X 75mm Length
4802.010 Guide Wire 0.9mm X 225mm Length
4802.010 Herbert Screw Instrument Set (With Box)
Instruments For Locking Plates Large Fragment
4803.105 Lcp Universal Drill Guide 4.5/ 5.0mm
4803.110 Lcp Drill Sleeve 5.0mm For Drill Bit 4.3mm
4803.115 Lcp Guide Sleeve For 2.0mm K. Wire
4803.120 Lcp Bending Iron For ReConstruction Plate(Use In Pairs) 3.5 & 4.5mm Lcp Plate
4803.150 Guiding Block For LcpDistal Femur Plate 4.5/ 5.0mm Left
4803.155 Guiding Block For LcpDistal Femur Plate 4.5/ 5.0mm Right
Instruments For Locking Plates Small Fragment
4804.105 Lcp Universal Drill Guide 3.5mm
4804.110 Lcp Drill Sleeve 3.5mm For Drill Bit 2.8mm
4804.115 Lcp Centering Sleeve For K. Wire 1.6mm
4804.150 Aiming Block For Proximal Humerus Plate
4804.155 Centering Sleeve For K. Wire 1.25mm
4804.1101 Lcp Drill Sleeve 2.7mm
Drill Sleeve For Locking Plates
4804.112 2.4mm
4804.113 2.4mm variable Angle
4804.114 2.7mm
4804.1141 3.5mm (2.8mm drill)
4804.116 5.0mm (4.3mm drill)
4804.1161 6.5mm
4804.1162 7.0mm
4804.117 7.3mm
Drill Sleeve For Locking Plates Long Length Colour Coated
4804L.112 Drill Sleeve ( Gold ) 2.0mm For 2.4mm Screw Length 7.0cm Long
4804L.114 Drill Sleeve ( Red ) 2.0mm For 2.7mm Screw Length 7.0cm Long
4804L.1141 Drill Sleeve ( Green ) 2.8mm For 3.5mm Screw Length 8.0cm Long
4804L.116 Drill Sleeve ( Blue ) 4.3mm For 5.0mm Screw Length 12.0cm Long
Sets
JMS.001 Broken Screw Removal Universal Set
JMS.002 Nail Removal Universal Set
JMS.010 Basic Instrument Set
4260.320 Drill Bit Q.C. 3.2mm Dia.
4260.450 Drill Bit Q.C. 4.5mm Dia.
4305.030 Counter Sink 8.0mm Head
4306.010 Quick Coupling Handle T Type
4263.040 Tap With T Handle For 4.5mm Cortical Screws
4263.050 Tap With T Handle For 6.5mm Cancellous Screws
4307.095 Insert Drill Sleeve 3.2mm
4307.070 Drill & Tap Sleeve Combined 3.2/4.5mm
4307.080 Drill & Tap Sleeve Combined 3.2/6.5mm
4301.070 Screw Driver Shaft Q. C. End 3.5mm Tip
4301.050 Large Hexagonal Screw Driver 3.5mm Tip
4303.020 Large Depth Gauge
4371.000 Sharp Hook
4210.033 Combination Wrench 11mm
4304.020 Large Neutral & Loaded Drill Guide
4308.000 Pointed Drill Guide With 4.5mm Tap Sleeve & 3.2mm Insert Drill Sleeve
4302.020 Large Plate Bender Pair
4400.005 Instrument Box With Two Trays Length 300mm
JMS.011G Small Fragment Instrument Set (Graphic Design)
4260.250 Drill Bit Q. C. 2.5mm Dia.
4260.320 Drill Bit Q. C. 3.2mm Dia.
4305.020 Counter Sink 6.0mm Head
4263.025 Tap For 3.5mm Cortical Screws
4263.030 Tap For 4.0mm Cancellous Screws
4306.010 Quick Coupling Handle T Type
4307.060 Drill & Tap Sleeve Combined 2.5/3.5mm
4307.090 Insert Drill Sleeve 2.5mm
4301.060 Screw Driver Shaft Q. C. End 2.5mm Tip
4301.040 Small Hexagonal Screw Driver 2.5mm Tip
4303.010 Small Depth Gauge
4371.000 Sharp Hook
4304.010 Small Neutral & Loaded Drill Guide
4302.010 Small Plate Bender Pair
4324.010 Plier Cum Wire Bender
4322.030 K. Wire Bender
4341.010 Reduction Forceps Serrated Ratchet Lock 140mm
4342.010 Reduction Forceps Pointed Ratchet Lock 140mm
4340.020 Self Centering Bone Holding Forceps 190mm
4379.015 Hohmann Retractor 8mm Wide Short Narrow Point 160mm Length
4379.020 Hohmann Retractor 15mm Wide 160mm Length
4381.008 Periosteal Elevator Straight 8mm
4400.005 Graphic Instruments Box
JMS.012 Small Fragment Implant Set
3.5mm Cortical Screws
4 Each Length 10 1216 20 22 24 26 28 32 36 & 40mm
8 Each Length 14 18mm
4.0mm Cancellous Bone Screws
2 Each Length 12 14 16 18 20 22 24 28 30 35 40 45 50 55 & 60mm
3.5mm Cancellous Screws
2 Each Length 12 14 16 18 20 22 24 28 30 35 40 45 50 55 & 60mm
Small Washers
One Third Tubular Plates With Collar
1 Each With 3 7 And 8 Holes
2 Each With 4 5 And 6 Holes
Small T Plate Right Angled
1 Each Shaft With 3 And 4 Holes
Small TPlate Oblique Angled
1 Each Shaft With 3 And 5 Holes
Cloverleaf Plates
1 Each Shaft With 3 And 4 Holes
Small DCP Plates 3.5mm
2 Each With 6 And 7 Holes
1 Each With 5 8 And 10 Holes
Kirschner Wire With Trocar Tip Length 150mm
10 Each 1.0 1.5 2.0mm
4400.010 Small Fragment Instrument Box With Two Trays For Instruments & One Tray For Screws With Screw Holding Forceps
JMS.013 Screw Set Large
4.5mm Cortical Screw
7 Each Length 14 16 18 20 22 24mm
14 Each Length 26 28mm
12 Each Length 30 32 34 36 38mm
6 Each Length 40 42 44 46 48 50mm
6.5mm Cancellous Bone Screw/16mm
2 Each Length 25 30 35 40 45 50 55 60mm
6.5mm Cancellous Bone Screw/32mm
4 Each Length 25 30 35 40 45 50 55 60mm
Malleolar Screw 4.5mm
2 Each Length 25 30 35 40 45 50 55 60mm
4115.020 Large Washers
4400.020 Large Screw Box With Large Screw Tray & Screw Holding Forceps For 4.5 Cortical 4.5 Malleolar & 6.5 Cancellous Screws
JMS.014 Plate Set
SemiTubular Plate
1 Each With 4 5 6 7 Holes
Narrow DCP 4.5
2 Each With 5 6 7 8 9 10 Holes
Broad DCP 4.5
2 Each With 6 7 8 Holes
1 Each With 9 10 11 12 14 16 Holes
TPlate
1 Each With 4 5 6 7 8 Holes In Shaft
TButtress Plate
1 Each With 4 5 6 7 8 Holes In Shaft
LButtress Plate Left Angled
Shaft With 4 Holes
LButtress Plate Right Angled
Shaft With 4 Holes
4400.005 Instrument Box With Two Trays Length 300mm
JMS.015 Screw Set Small
3.5mm Cortical Screws
4 Each Length 10 12 16 20 22 24 26 28 32 36 40
8 Each Length 14 18mm
4.0mm Cancellous Bone Screws
2 Each Length 12 14 16 18 20 22 24 28 30 35 40
45 50 55 & 60mm
3.5mm Cancellous Screws
2 Each Length 12 14 16 18 20 22 24 28 30 35 40
45 50 55 & 60mm
4400.025 Small Screw Box With Small Screw Tray & Screw Holding Forceps
For 3.5 Coritcal 3.5 Cancellous & 4.0 Cancellous Screws
JMS.050G DHS/DCS Instrument Set (Graphic Design)
4701.021 Threaded Guide Wire 2.5mm
4701.022 DHS Angle Guide 135°
4701.023 THandle With Quick Coupling
4701.024 Direct Measuring Device
4701.025 DHS Tripple Reamer
4701.026 Wrench For DHS Screws
4701.027 DHS Impactor
4701.028 DHS Tap
4701.029 Centering Sleeve For DHS Tap
4701.030 Centering Sleeve For DHS Wrench
4701.031 Coupling Screw For Inserting DHS Screw
4701.032 Guide Shaft For Coupling Screw
4701.033 Long Coupling Screw For DHS Screw Removal
4701.034 Stylet 2.5mm
4701.040 DCS Tripple Reamer
4701.041 DCS Angle Guide
4701.041 Graphic Instrument Box (Alluminium Special Desgin)
JMS.050GP Pediatric D.H.S. Instrument Set (Graphic Set)
4701.021 Threaded Guide Wire
4701.022 DHS Angle Guide
4701.023 THandle With Quick Coupling
4701.024 Direct Measuring Device
4701.025 DHS Tripple Reamer
4701.026 Wrench For DHS Screws
4701.027 DHS Impactor
4701.028 DHS Tap
4701.029 Centering Sleeve For DHS Tap
4701.030 Centering Sleeve For DHS Wrench
4701.031 Coupling Screw For Inserting DHS Screw
4701.032 Guide Shaft For Coupling Screw
4701.033 Long Coupling Screw For DHS Screw Removal
4701.034 Stylet
4400.005 Graphic Box
JMS.017 DHS DCS Implant Set
DHS/DCS Screws
1 Each Length 50 70 95 100mm
2 Each Length 55 60 65 75 80 85 90mm
DHS/DCS Compression Screw
DHS Plate 135°
2 Each With 4 5 6 Holes
1 Each With 8 & 10 Holes
DCS Plate 95°
1 Each With 6 And 12 Holes
2 Each With 8 And 10 Holes
4400.040 DHS/DCS Implant Box With Three Trays For DHS/DCS Screws Plates
JMS.018 Condylar Plate Instrument Set
4702.005 Chisel Guide
4702.006 Seating Chisel
4702.007 Inserter Extractor
4702.008 Slotted Hammer
4702.009 Impactor
4702.010 Condylar Plate Guide
4400.005 Instrument Box With Two Trays Length 300mm
JMS.019G Angled Blade Plate Instrument Set (Graphic Design)
4702.005 Chisel Guide
4702.006 Seating Chisel
4702.007 Inserter Extractor
4702.008 Slotted Hammer
4702.009 Impactor
4702.010 Condylar Plate Guide
4702.012 Quardrangular Positioning Plate
4702.013 Triple Drill Guide 1300
4702.015 Triangular Positioning Plate 900/500/400
4702.016 Triangular Positioning Plate 800/700/300
4702.017 Triangular Positioning Plate 1000/600/200
4260.200 Drill Bit 2.0mm Q.C.
4400.005 Graphic Instruments Box
JMS.020G 7.0mm Large Cannulated Cancellous Instrument Set (Graphic Design)
4703.010 Cannulated Drill Bit 4.5mm
4703.011 Cannulated Tap With T Handle 7.0mm
4703.012 Protection Sleeve 4.5mm Dia
4703.013 Parallel Wire Guide
4703.015 Threaded Guide Wire 2.0mm Dia
4703.016 Large Cannulated Hexagonal Screw Driver 3.5mm Tip
4703.017 Stylet 2.0mm
4701.024 Direct Measuring Device
4400.005G Graphic Instruments Box
JMS.0201G 6.5mm Cannulated Cancellous Instrument Set (Graphic Design)
4701.024 Cannulated Drill Bit 4.0mm
4701.024 Cannulated Tap With T Handle 6.5mm
4701.024 Protection Sleeve 4.0mm Dia
4701.024 Parallel Wire Guide
4701.025 Threaded Guide Wire 2.0mm Dia
4701.025 Large Cannulated Hexagonal Screw Driver 3.5mm Tip
4701.025 Stylet 2.0mm
4701.025 Direct Measuring Device
4400.005G Graphic Instruments Box
JMS.021 Large Cannulated Cancellous Implant Set
7.0mm Cannulated Cancellous Screws 16mm
3 Each Length 30 35 40 45 50 55 60 65mm
3 Each Length 70 75 80 85 90 95 100mm
2 Each Length 105 110 115 120
7.0mm Cannulated Cancellous Screws 32mm
3 Each Length 30 35 40 45 50 55 60 65mm
3 Each Length 70 75 80 85 90 95 100mm
2 Each Length 105 110 115 120
4115.025 Washers For Large Cannulated Cancellous Screw 13mm Dia.
4400.060 Screw Box For 7.0mm Cannulated Cancellous Screw With Screw Tray
Instrument Tray & Screw Holding Forceps
JMS.022G Instrument Set 4.0mm Cannulated Cancellous Screws (Graphic Design)
4704.005 Threaded Guide Wire 1.25mm 150mm
4704.008 Cannulated Counter Sink Q. C. Dia. 6.0mm
4704.009 Cannulated Tap 4.0mm Q.C.
4704.010 Double Drill Sleeve 2.7/1.25mm
4704.011 Drill Guide With Stop 3.5mm/2.7mm With Two Inserts
4704.012 Cannulated Hexagonal Screw Driver 2.5mm Tip
4704.013 Direct Measuring Device
4704.014 Stylet 1.25mm
4704.015 Holding Clip
4704.016 Cannulated Quick Coupling Tap Handle With Fibre Handle
4704.026 Cannulated Drill Bit 2.7mm/1.35mm Length 160mm Q.C. End
4704.027 Cannulated Drill Bit 3.5mm/1.35mm Length 160mm Q.C. End
4307.060 Drill & Tap Sleeve Combined 2.5/3.5mm
4400.005G Graphic Aluminium Box
JMS.023 Bone Holding Forceps Set
4340.030 Self Centering Bone Holding Forceps 240mm
4340.040 Self Centering Bone Holding Forceps 260mm
4340.050 Self Centering Bone Holding Forceps 280mm
4341.010 Reduction Forceps Serrated Ratchet Lock 140mm
4341.020 Reduction Forceps Serrated Ratchet Lock 170mm
4342.020 Reduction Forceps Pointed Ratchet Lock 170mm
4342.030 Reduction Forceps Pointed Ratchet Lock 200mm
4400.005 Instrument Box With Two Trays Length 300mm
JMS.024 General Instrument Set
4369.010 Bone Hook Small
4369.020 Bone Hook Medium
4379.015 Retractor 8mm Short Narrow Tip 160mm Long
4379.030 Retractor 18mmShort Narrow Tip 235mm Long
4379.045 Retractor 24mm Long Wide Tip 270mm Long
4381.008 Periosteal Elevator Straight 8mm
4368.030 Hammer 500 Gms.
4368.050 Hammer Nylon Faced
4366.010 Bone Gouge Curved 10mm
4400.005 Instrument Box With Two Trays Length 300mm
JMS.029G Instrument Set For Hemiarthoplasty (Graphic Design)
4386.010 Rasp For Austin Moore Standard Stem
4386.011 Rasp For Austin Moore Narrow Stem
4386.020 Rasp For Thompson Standard Stem
4386.021 Rasp For Thompson Narrow Stem
4386.030 Murphy Lane Bone Skid
4386.040 Moore Hollow Chisel
4386.041 Moore Hollow Chisel With Fiber Handle Standard
4386.050 Judet Auger Extractor
4386.060 Measuring Gauge For Prosthesis Set Of Seven (39mm To 51mm)
4386.070 Impactor Nylon Faced
4386.080 Femoral Extractor With Two Hooks
4400.015G Graphic Instrument Box (Alluminium Special Desgin)
JMS.029G Instrument Set For Thompson Prosthesis (Graphic Design)
4386.020 Rasp For Thompson Standard Stem
4386.021 Rasp For Thompson Narrow Stem
4386.030 Murphy Lane Bone Skid
4386.040 Moore Hollow Chisel
4386.041 Moore Hollow Chisel With Fiber Handle Standard
4386.050 Judet Auger Extractor
4386.060 Measuring Gauge For Prosthesis Set Of Seven (39mm To 51mm)
4386.070 Impactor Nylon Faced
4386.080 Femoral Extractor With Two Hooks
4400.015G Graphic Instrument Box (Alluminium Special Desgin)
External Fixator Instruments
5210.033 Combination Wrench 11mm
5210.034 Socket Wrench 11mm
5210.031 Schanz Pin Introducer
5328.000 Triple Wire Guide 2.0mm
5307.058 Doubel Drill Sleeve 2.7 / 2.0mm
5215.000 Combination Wrench 7mm
5216.000 T Wrench 7mm
4210.034 Sleeve For 5.0mm Shanz Pin With Handle
4210.034 Sleeve For 4.8mm Shanz Pin With Handle
4210.036 Triple Trocar Set With Handle
4260.375 Drill Bit S.S. Q.C. End Dia 3.5mm X 200mm Long
4260.475 Drill Bit S.S. Q.C. End Dia 4.5mm X 200mm Long
JMS.038 Flexible Reamers Set Detachable Head
4712.005 Flexible Reamer Shaft 8.0mm Dia Fixed Head
4712.010 Flexible Reamer Shaft For Detachable Heads Upto 12.0mm
4712.011 Flexible Reamer Shaft For Detachable Head 12.5mm To 15.0mm
4712.015 Reamer Head 8.5mm
4712.016 Reamer Head 9.0mm
4712.017 Reamer Head 9.5mm
4712.018 Reamer Head 10.0mm
4712.019 Reamer Head 10.5mm
4712.020 Reamer Head 11.0mm
4712.021 Reamer Head 11.5mm
4712.022 Reamer Head 12.0mm
4712.023 Reamer Head 12.5mm
4712.024 Reamer Head 13.0mm
4712.025 Reamer Head 13.5mm
4712.026 Reamer Head 14.0mm
4712.027 Reamer Head 14.5mm
4712.028 Reamer Head 15.0mm
4400.045 Sterilization Box For Flexible Reamers With Detachable Heads
JMS.039 Flexible Reamer Set Fixed Head
4712.280 Flexible Reamer Shaft Fixed Head 8.0mm Dia
4712.285 Flexible Reamer Shaft Fixed Head 8.5mm Dia
4712.290 Flexible Reamer Shaft Fixed Head 9.0mm Dia
4712.295 Flexible Reamer Shaft Fixed Head 9.5mm Dia
4712.300 Flexible Reamer Shaft Fixed Head 10.0mm Dia
4712.305 Flexible Reamer Shaft Fixed Head 10.5mm Dia
4712.310 Flexible Reamer Shaft Fixed Head 11.0mm Dia
4712.315 Flexible Reamer Shaft Fixed Head 11.5mm Dia
4712.320 Flexible Reamer Shaft Fixed Head 12.0mm Dia
4712.325 Flexible Reamer Shaft Fixed Head 12.5mm Dia
4712.330 Flexible Reamer Shaft Fixed Head 13.0mm Dia
4712.335 Flexible Reamer Shaft Fixed Head 13.5mm Dia
4712.340 Flexible Reamer Shaft Fixed Head 14.0mm Dia
4712.345 Flexible Reamer Shaft Fixed Head 14.5mm Dia
4712.350 Flexible Reamer Shaft Fixed Head 15.0mm Dia
4400.050 Sterilization Box For Fixed Head Flexible Reamers With Two Trays
S.S. L210mm H60mm W155mm
JTSD.19 Instrument Set For Titanium Elastic Nails (Graphic Design)
4713.002G Inserter For Elastic Nail (Premium Handle)
4713.004 Hammer Guide
4713.006G Awl For Elastic Nail (Premium Handle)
4713.008G Detachable Slide Hammer 400 Gms. (Premium Handle)
4713.010G F Tool (Premium Color Coated)
4713.012 Locking Plier For Elastic Nail
4713.014 Pin Wrench
4713.016 Beveled Tamp
4713.018 Standard Tamp 2.5mm
4713.020 Standard Tamp 3.0mm
4713.022 Standard Tamp 3.5mm
4713.024 Standard Tamp 4.0mm
4307.070 Drill & Tap Sleeve Combined 3.2/4.5mm
4368.030G Bone Hammer 500 Gms. (Premium Handle)
4260.270 Drill Bit S. S. Q. C. Dia 2.7mm X 125mm Length
4260.325 Drill Bit S. S. Q. C. Dia 3.2mm X 200mm Length
4260.475 Drill Bit S. S. Q. C. Dia 4.5mm X 200mm Length
4400.015G Graphic Instrument Box
JMS.048 Instrument Set For Enders Nails
4719.002 Awl With T Handle
4719.004 Bender For Enders Nails
4719.006 Extractor Set With Two Hooks
4719.008 Impactor For 3.5mm Nails
4719.010 Impactor For 4.0mm Nails
4719.012 Impactor For 4.5mm Nails
4719.014 Bending PreSS For Enders Nails
4400.004 S. S. Instrument Box Without Trays
JMS.025 Wire Instrument Set
4321.030 Wire Tightner Cum Twister
4324.010 Plier Cum Wire Bender
4322.030 K. Wire Bender
4322.010 K. Wire Introducer
4325.010 Steinmann Pin Introducer With S.S. Chuck & Key
4326.010 Bone Awl
4322.040 K.Wire Tractor Small
4322.050 K.Wire Tractor Medium
4322.060 K.Wire Tractor Large
4324.020 Plier Cum Wire Bender Cum Wire Cutter 6”
4324.030 Plier Cum Wire Bender Cum Wire Cutter 9”
4324.040 Plier Cum Wire Bender Cum Wire Cutter 11”
4323.010 Wire Passer Small
4323.020 Wire Passer Medium
4323.030 Wire Passer Large
4400.005 Instrument Box With Two Trays Length 300mm
JMS.BP1 Instruments Set For Bipolar Prosthesis - Graphic Modular
4900.100 Rasp With Tomy Bar For Bipolar Prosthesis Narrow Stem
4904.101 Rasp With Tomy Bar For Bipolar Prosthesis Standard Stem
4904.105 Pencil Reamer For Bipolar Prosthesis
4904.106 Tapeared Reamer For Bipolar Prosthesis
4904.107 Slotted Reamer For Bipolar Prosthesis
4904.110 Bipolar Trial Stem S.S. Standard Stem
4904.111 Bipolar Trial Stem S.S. Narrow Stem
4904.120 Trial Cup For Dia. 39mm
4904.121 Trial Cup For Dia. 41mm
4904.122 Trial Cup For Dia. 43mm
4904.123 Trial Cup For Dia. 45mm
4904.124 Trial Cup For Dia. 47mm
4904.125 Trial Cup For Dia. 49mm
4904.126 Trial Cup For Dia. 51mm
4904.127 Trial Cup For Dia. 53mm
4904.130 Trial Cup Holder
4904.131 Impactor For Bipolar Prosthesis
4904.132 Hook For Extraction Of Bipolar Stem
4400.005 Instruments Box
JMS.BP2 Basic Instruments Set For Bipolar Prosthesis - Graphic
4900.100 Rasp With Tomy Bar For Bipolar Prosthesis Narrow Stem
4904.101 Rasp With Tomy Bar For Bipolar Prosthesis Standard Stem
4904.105 Pencil Reamer For Bipolar Prosthesis
4904.106 Tapeared Reamer For Bipolar Prosthesis
4904.107 Slotted Reamer For Bipolar Prosthesis
4904.110 Bipolar Trial Stem S.S. Standard Stem
4904.111 Bipolar Trial Stem S.S. Narrow Stem
4904.131 Impactor For Bipolar Prosthesis
4904.132 Hook For Extraction Of Bipolar Stem
4400.005 Instruments Box
Innovative Instruments
4400.005 Bone Cutter Cum Plier 6"
4400.005 Bone Cutter Cum Plier 8"
4400.005 Jambo Wire Cutter 18 " ( Imported )
4400.005 Combo Screw Driver Removal Set
JIS.001 Small Fragment Safety Lock Instruments Set
JIS001.1 Drill Bit Ø 2.8mm Length 165mm Calibrated 2Flute For Quick Coupling
JIS001.2 2.8mm Drill Sleeve For 3.5mm Safety Lock Screws
JIS001.3 Torque Limiting Screw Driver 2.5mm Tip
JIS001.4 THandle For Quick Coupling
JIS001.5 HSS Drill Bit Ø 2.5mm (Blue Coating)
JIS001.6 Extraction Screw (Left Hand Thread) Conical For Screws Ø 3.5mm
JIS001.7 Centering Sleeve For Kirschner Wire Ø 1.2mm Length 85mm
JIS001.8 Empty Container
JIS001.9 Optional Instruments (To Be Ordered Separately)
JIS001.10 Torque Limiting Screw Driver 1.5mm Tip.
JIS001.11 Drill Bit ∅ 2.0mm Length 150mm 2Flute For Quick Coupling
JIS001.12 2.0mm Drill Sleeve For 2.4/2.7mm Safety Locking Screws
JIS.002 Small Fragment Instrument Set Combo With Standard Instruments & Locking Instruments.
Standard Instruments
JIS002.1 Drill Bit 2.5mm Dia
JIS002.2 Drill Bit 3.5mm Dia
JIS002.3 Counter Sink For 3.5 4.0mm Screws (6.0mm Head)
JIS002.4 Tap Of 3.5mm Cortex Screw
JIS002.5 Tap Of 4.0mm Cancellous Screw
JIS002.6 Quick Coupling Handle (TType)
JIS002.7 Drill & Tap Sleeve Combined 3.5/2.5mm
JIS002.8 Insert Drill Sleeve 2.5mm / 3.5mm
JIS002.9 Small Hexagonal Screw Driver Shaft
JIS002.10 Small Hexagonal Screw Driver
JIS002.11 Depth Gauge Small
JIS002.12 Sharp Hook
JIS002.13 Small Plate Bender For Plates 2.7 & 3.5mm
JIS002.14 Self Centering Bone Holding Forceps 190mm
JIS002.15 Hohman Retractors Small 8mm Wide 160mm
JIS002.16 Periosteal Elevator Straight/Curved 12mm
JIS002.17 Hohman Retractors 15mm Wide 160mm
JIS002.18 Reduction Forceps Serrated 140mm
JIS002.19 Reduction Forceps Pointed 140mm
JIS002.20 Neutral And Loaded Drill Guide (Small)
JIS002.21 Box
Locking Instruments
JIS002.22 Drill Bit Ø 2.8mm Length 165mm Calibrated 2Flute For Quick Coupling
JIS002.23 2.8mm Drill Sleeve For 3.5mm Safety Lock Screws
JIS002.24 Torque Limiting Screw Driver 2.5mm Tip
JIS002.25 Extraction Screw (Left Hand Thread) Conical For Screws Ø 3.5mm
JIS002.26 Centering Sleeve For Kirschner Wire Ø 1.2mm Length 85mm
JIS002.27 Optional Instruments (To Be Ordered Separately)
JIS002.28 Torque Limiting Screw Driver 1.5mm Tip.
JIS002.29 Drill Bit ∅ 2.0mm Length 150mm 2Flute For Quick Coupling
JIS002.30 2.0mm Drill Sleeve For 2.4/2.7mm Safety Locking Screws
JIS.003 Small Fragment Safety Lock Plates & Screws Set.
JIS003.1 Safety Lock Screw ∅ 3.5mm SS Self TappingLength 10 12 14 16 18 20 22 & 24mm (2 Each)
JIS003.2 Safety Lock Screw Δ 3.5mm SS Self TappingLength 26 28 30 32 34 36 38 40 & 42mm (3 Each)
JIS003.3 Safety Lock Screw ∅ 3.5mm SS Self TappingLength 44 46 48 50 52 56 & 60mm (2 Each)
JIS003.4 LcDCP Safety Lock Plate 3.5 SS 4 5 6 7 8 9 & 10 Holes (1 Each)
JIS003.5 Safety Lock 'T' Plate 3.5 Oblique Angled SS Left3 4 & 5 Holes (1 Each)
JIS003.6 Safety Lock 'T' Plate 3.5 Oblique Angled SS Right3 4 & 5 Holes (1 Each)
JIS003.7 Reconstruction Safety Lock Plate 3.5 Straight SS6 8 &10 Holes (1 Each)
JIS003.8 Cloverleaf Safety Lock Plate 3.5 SS4 5 & 6 Holes (1 Each)
JIS003.9 Quick Coupling Handle ( T Type) SS
JIS003.10 Screws Driver Shaft Q.C. End 2.5mm Tip SS
JIS003.11 Drill Bit ∅ 2.8mm Length 165mmCalibrated 2Flute For Quick Coupling
JIS003.12 2.8mm Drill Sleeve For 3.5mm Safety Lock Screws
JIS003.13 Torque Limiting Screw Driver 2.5mm Tip
JIS003.14 HSS Drill Bit Δ 2.5mm
JIS003.15 Extraction Screw (Left Hand Thread)Conical For Screws Δ 3.5mm
JIS003.16 Centering Sleeve For Kirschner Wire Δ 1.2mm Length 85mm
JIS003.17 Empty Container
JIS.004 Large Fragment Safety Lock Instruments Set
JIS004.1 Drill Bit Ø 4.3mm Length 221mm Calibrated 2Flute For Quick Coupling
JIS004.2 4.3mm Drill Sleeve For 5.0mm Safety Lock Screws
JIS004.3 Torque Limiting Screw Driver 3.5mm Tip
JIS004.4 THandle For Quick Coupling
JIS004.5 HSS Drill Bit Ø 3.5mm (Blue Coating)
JIS004.6 Extraction Screw (Left Hand Thread) Conical For Screws Ø 4.5mm To 6.5mm
JIS004.7 Centering Sleeve For Kirschner Wire Ø 2.0mm Length 125mm
JIS004.8 Empty Container
Optional Instruments
JIS004.9 Cannulated Drill Bit Ø 5.0mm For 7.3 Cannulated Cancellous Lock Screws SS
JIS004.10 Threaded Drill Sleeve For 7.3mm Cannulated Cancellous Lock Screws
JIS004.11 Cannulated Drill Bit Ø 4.3mm For 5.0 Cannulated Lock Screws SS
JIS004.12 Threaded Drill Sleeve For 5.0mm Cannulated Lock Screws
JIS004.13 Threaded Drill Sleeve For 6.5mm Cancellous Lock Screw
JIS004.14 Drill Bit Ø 4.3mm For 6.5mm Cancellous Lock Screws
JIS.005 Large Fragment Instrument Set Combo With Standard Instruments & Locking Instruments.
Standard Instruments
JIS005.1 Drill Bit (Quick Coupling) 3.2mm X 130mm
JIS005.2 Drill Bit (Quick Coupling) 4.5mm X 130mm
JIS005.3 Counter Sink For 4.5 & 6.5mm Screws (8.0mm Head)
JIS005.4 Quick Coupling Handle (TType)
JIS005.5 Bone Tap With Quick Coupling For 4.5mm Cortex Screws L:130mm
JIS005.6 Bone Tap With Quick Coupling For 6.5mm Cancellous Screws
JIS005.7 Insert Drill Sleeve 4.5/3.2mm
JIS005.8 Drill & Tap Sleeve Combined 3.2/4.5mm
JIS005.9 Drill & Tap Sleeve Combined 3.2/6.5mm
JIS005.10 Large Hexagonal Screw Driver Shaft
JIS005.11 Large Hexagonal Screw Driver
JIS005.12 Depth Gauge For 4.5mm & 6.5mm Screws
JIS005.13 Sharp Hook
JIS005.14 Large Neutral & Loaded Drill Guide
JIS005.15 308.000 Pointed Drill Guide
JIS005.16 302.020 Large Plate Bender (Pair)
Locking Instruments
JIS005.17 Drill Bit Ø 4.3mm Length 221mm Calibrated 2Flute For Quick Coupling
JIS005.18 4.3mm Drill Sleeve For 5.0mm Safety Lock Screws
JIS005.19 Torque Limiting Screw Driver 3.5mm Tip
JIS005.20 Extraction Screw (Left Hand Thread) Conical For Screws Ø 4.5mm To 6.5mm
JIS005.21 Centering Sleeve For Kirschner Wire Ø 2.0mm Length 125mm
JIS005.22 Empty Container
JIS.006 Large Fragment Safety Lock Plates Set
Narrow Lc DCP 4.5/5.0 Safety Lock Plate SS 6 Holes
Narrow Lc DCP 4.5/5.0 Safety Lock Plate SS 7 Holes
Narrow Lc DCP 4.5/5.0 Safety Lock Plate SS 8 Holes
Narrow Lc DCP 4.5/5.0 Safety Lock Plate SS 9 Holes
Narrow Lc DCP 4.5/5.0 Safety Lock Plate SS 10 Holes
Narrow Lc DCP 4.5/5.0 Safety Lock Plate SS 11 Holes
Narrow Lc DCP 4.5/5.0 Safety Lock Plate SS 12 Holes
T Buttress Safety Lock Plate 4.5/5.0 SS 3 Holes
T Buttress Safety Lock Plate 4.5/5.0 SS 4 Holes
Safety Lock T Plate 4.5/5.0 SS 4 Holes
Safety Lock T Plate 4.5/5.0 SS 5 Holes
Safety Lock T Plate 4.5/5.0 SS 6 Holes
L Buttress Safety Lock Plate 4.5/5.0 Left SS 4 Holes
L Buttress Safety Lock Plate 4.5/5.0 Left SS 5 Holes
L Buttress Safety Lock Plate 4.5/5.0 Left SS 6 Holes
L Buttress Safety Lock Plate 4.5/5.0 Right SS 4 Holes
L Buttress Safety Lock Plate 4.5/5.0 Right SS 5 Holes
L Buttress Safety Lock Plate 4.5/5.0 Right SS 6 Holes
Reconstruction Safety Lock Plate 4.5/5.0 SS 6 Holes
Reconstruction Safety Lock Plate 4.5/5.0 SS 8 Holes
Reconstruction Safety Lock Plate 4.5/5.0 SS 10 Holes
Reconstruction Safety Lock Plate 4.5/5.0 SS 12 Holes
Reconstruction Safety Lock Plate 4.5/5.0 SS 7 Holes
Reconstruction Safety Lock Plate 4.5/5.0 SS 9 Holes
Reconstruction Safety Lock Plate 4.5/5.0 SS 11 Holes
Empty Container
JIS.007 Mini Fragments Implants & Instruments Set
Cortex Screws Ø 1.5mm SS Length 7mm (TIT.)
Cortex Screws Ø 1.5mm SS Length 8mm (TIT.)
Cortex Screws Ø 1.5mm SS Length 9mm (TIT.)
Cortex Screws Ø 1.5mm SS Length 10mm (TIT.)
Cortex Screws Ø 1.5mm SS Length 11mm (TIT.)
Cortex Screws Ø 1.5mm SS Length 12mm (TIT.)
Cortex Screws Ø 1.5mm SS Length 14mm (TIT.)
Cortex Screws Ø 1.5mm SS Length 16mm (TIT.)
Cortex Screws Ø 2.0mm SS Length 6mm (TIT.)
Cortex Screws Ø 2.0mm SS Length 8mm (TIT.)
Cortex Screws Ø 2.0mm SS Length 10mm (TIT.)
Cortex Screws Ø 2.0mm SS Length 12mm (TIT.)
Cortex Screws Ø 2.0mm SS Length 14mm (TIT.)
Cortex Screws Ø 2.0mm SS Length 16mm (TIT.)
Cortex Screws Ø 2.0mm SS Length 18mm (TIT.)
Cortex Screws Ø 2.0mm SS Length 20mm (TIT.)
Cortex Screws Ø 2.7mm SS Length 6mm
Cortex Screws Ø 2.7mm SS Length 8mm
Cortex Screws Ø 2.7mm SS Length 10mm
Cortex Screws Ø 2.7mm SS Length 12mm
Cortex Screws Ø 2.7mm SS Length 14mm
Cortex Screws Ø 2.7mm SS Length 16mm
Cortex Screws Ø 2.7mm SS Length 18mm
Cortex Screws Ø 2.7mm SS Length 20mm
Cortex Screws Ø 2.7mm SS Length 22mm
Cortex Screws Ø 2.7mm SS Length 24mm
Quarter Tubular Plate 2.7 SS 3 Holes
Quarter Tubular Plate 2.7 SS 4 Holes
Quarter Tubular Plate 2.7 SS 5 Holes
Quarter Tubular Plate 2.7 SS 6 Holes
Quarter Tubular Plate 2.7 SS 7 Holes
Quarter Tubular Plate 2.7 SS 8 Holes
LPlate 2.7 SS Left 4H
LPlate 2.7 SS Right 4H
TPlate 2.7 SS 4H
Straight Plate 2.0 SS 3 Holes (TIT.)
Straight Plate 2.0 SS 4 Holes (TIT.)
Straight Plate 2.0 SS 5 Holes (TIT.)
Straight Plate 2.0 SS 6 Holes (TIT.)
LPlate 2.0 Left (TIT.) 4H
LPlate 2.0 Right (TIT.) 4H
TPlate 2.0 (TIT.) 4H
Kirschner Wire With Trocar Tip 0.8mm Dia Length 70mm SS
Kirschner Wire With Trocar Tip 1.0mm Dia Length 150mm SS
Kirschner Wire With Trocar Tip 1.2mm Dia Length 150mm SS
Kirschner Wire With Trocar Tip 1.6mm Dia Length 150mm SS
Mini Hexagonal Screws Driver With Sleeve ( 1.5mm) SS
Mini Drill Sleeve SS
Mini Tap Sleeve SS
Mini Depth Gouge SS
Mini Self Retaining Retractor For Fingers SS
Mini Self Retaining Retractor For Metacarpals SS
Mini Self Retaining Retractor For Metacarpals ( With Hinge) SS
Mini Neutral & Loaded Drill Guide SS
Mini Plate Bender ( Pair) SS
Mini Screws Holding Forceps (For 1.5 & 2.0mm Screws) SS
Hollow Mill For 1.5mm & 2.0mm Screws SS
Mini Plate Holding Forceps SS
Mini Plate & Bone Holding Forceps SS
Mini Reduction Forceps SS
Mini Reduction Forceps (Pointed) SS
Mini Periosteal Elevator SS
Mini Chisels Sizes: 4 6 8 10 & 12mm SS
Mini OsteotomeSSizes: 4 6 8 10 & 12mm SS
Mini Gouge Sizes: 4 6 8 10 & 12mm SS
Mini Hohmann Retractors Sizes: 6 8 10mm SS
Hexagonal Screw Driver With Sleeve 2.5mm Tip [Excel]
Empty Container
JIS.008 Mini Fragment Instrumets Set
JIS008.1 Kirschner Wire With Trocar Tip 1.0mm Dia Length 150mm SS
JIS008.2 Kirschner Wire With Trocar Tip 1.2mm Dia Length 150mm SS
JIS008.3 Kirschner Wire With Trocar Tip 1.6mm Dia Length 150mm SS
JIS008.4 Mini Hexagonal Screws Driver With Sleeve (1.5mm) SS
JIS008.5 Mini Drill Sleeve SS
JIS008.6 Mini Tap Sleeve SS
JIS008.7 Mini Depth Gouge SS
JIS008.8 Mini Self Retaining Retractor For Fingers SS
JIS008.9 Mini Self Retaining Retractor For Metacarpals SS
JIS008.10 Mini Self Retaining Retractor For Metacarpals ( With Hinge) SS
JIS008.11 Mini Neutral & Loaded Drill Guide SS
JIS008.12 Mini Plate Bender ( Pair) SS
JIS008.13 Mini Screws Holding Forceps (For 1.5 & 2.0mm Screws) SS
JIS008.14 Hollow Mill For 1.5mm & 2.0mm Screws SS
JIS008.15 Mini Plate Holding Forceps SS
JIS008.16 Mini Plate & Bone Holding Forceps SS
JIS008.17 Mini Reduction Forceps SS
JIS008.18 Mini Reduction Forceps ( Pointed) SS
JIS008.19 Mini Periosteal Elevator SS
JIS008.20 Mini Chisels Size: 4mm SS
JIS008.21 Mini Chisels Size: 6mm SS
JIS008.22 Mini Chisels Size: 8mm SS
JIS008.23 Mini ChiselSSize: 10mm SS
JIS008.24 Mini Chisels Size: 12mm SS
JIS008.25 Mini OsteotomeSSize: 4mm SS
JIS008.26 Mini OsteotomeSSize: 6mm SS
JIS008.27 Mini Osteotomes Size: 8mm SS
JIS008.28 Mini OsteotomeSSize: 10mm SS
JIS008.29 Mini Osteotomes Size: 12mm SS
JIS008.30 Mini Gouge Size: 4mm SS
JIS008.31 Mini GougeSize: 6mm SS
JIS008.32 Mini Gouge Size: 8mm SS
JIS008.33 Mini Gouge Size: 10mm SS
JIS008.34 Mini Gouge Size: 12mm SS
JIS008.35 Mini Hohmann Retractors Size: 6mm SS
JIS008.36 Mini Hohmann Retractors Size: 8mm SS
JIS008.37 Mini Hohmann Retractors Size: 10mm SS
JIS008.38 Hexagonal Screw Driver With Sleeve 2.5mm Tip [Excel]
JIS008.39 Empty Container
JIS.0081 2.4/2.7mm Locking Instruments Set
JIS0081.1 Drill & Tap Sleeve
JIS0081.2 Mini Depth Gouge
JIS0081.3 Small Depth Guage
JIS0081.4 Periosteal Elevator
JIS0081.5 Screw Driver with selfholding sleeve
JIS0081.6 Torque screw driver
JIS0081.7 Plate Bender
JIS0081.8 Hofman Retractor
JIS0081.9 Hook
JIS0081.10 Drill Bits
JIS0081.11 Bone Taps
JIS0081.12 Screw Driver Shaft
JIS0081.13 Quick Coupling Handle
JIS0081.14 LCP Drill Sleeves
JIS0081.15 Forceps
JIS0081.16 Graphic Aluminium Box
JIS.009 Small Fragment Implants Set
Cortex Screws Ø 3.5mm
4 Each Length 10 12 20 22 24 26 28 32 36 & 40mm
8 Each Length 14 16 & 18mm
Cancellous Bone Screw Ø 4.0mm Short Thread
2 Each Length 121416182022242628303540455055 & 60mm
Cancellous Bone Screw Ø 3.5mm
2 Each Length 121416182022242628303540455055 & 60mm
Washer 7.0mm Dia
One Third Tubular Plate 3.5 With Collar
1 Each With 37 And 8 Holes
2 Each With 45 And 6 Holes
TPlate 3.5 Right Angled
1 Each Shaft With 3 And 4 Holes
TPlate 3.5 Oblique Angled
1 Each Shaft With 3 And 4 Holes
Cloverleaf Plate
1Each Shaft With 3 And 4 Holes
Dynamic CompreSS Plate 3.5
2 Each With 6 And 7 Holes
1 Each With 5810 Holes
Kirschner Wire With Trocar Tip Length 150mm
10 Each 1.0 1.5 2.0mm
Screw Holding Forceps
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JIS.010 Small Fragment Instruments Set
JIS010.1 Drill Bit 2.5mm Dia
JIS010.2 Drill Bit 3.5mm Dia
JIS010.3 Counter Sink For 3.5 4.0mm Screws (6.0mm Head)
JIS010.4 Tap Of 3.5mm Cortex Screw
JIS010.5 Tap Of 4.0mm Cancellous Screw
JIS010.6 Quick Coupling Handle (TType)
JIS010.7 Drill & Tap Sleeve Combined 3.5/2.5mm
JIS010.8 Insert Drill Sleeve 2.5mm / 3.5mm
JIS010.9 Screw Driver Shaft Q.C. End 2.5mm Tip
JIS010.10 Hexagonal Screw Driver With Screw Holding Sleeve 2.5mm Tip (Excel)
JIS010.11 Depth Gauge Small
JIS010.12 Sharp Hook
JIS010.13 Small Plate Bender For Plates 2.7 & 3.5mm
JIS010.14 Self Centering Bone Holding Forceps 190mm
JIS010.15 Hohman Retractors Small 8mm Wide 160mm
JIS010.16 Periosteal Elevator Straight/Curved 12mm
JIS010.17 Hohman Retractors 15mm Wide 160mm
JIS010.18 Reduction Forceps Serrated 140mm
JIS010.19 Reduction Forceps Pointed 140mm
JIS010.20 Neutral And Loaded Drill Guide (Small)
JIS010.21 Empty Container
Optional Instruments For Small Fragments
JIS010.22 Bone Tap With THandle
JIS010.23 Drill Bit Plain Shank / Jacob Chuck End
JIS010.24 Counter Sink Quick Coupling For 3.5 4.0mm Screws (6.0mm Head)
JIS010.25 Quick Coupling Fibre Handle With Rotation
JIS010.26 Quick Coupling Adaptor With Jacob End For Drill Machine
JIS010.27 Lane Screw Driver
JIS010.28 Small Hexagonal Screw Driver 2.5mm Tip
JIS010.29 Drill Sleeve 2.5mm
JIS010.30 Plate Bending PreSS
JIS010.31 Hollow Mill For Removal Of Screws Medium For 3.5mm Screws
JIS010.32 Plate Bender For 2.7mm & 3.5mm Reconstruction Plates
JIS010.33 Hollow Mill For Removal Of Drill Bits
JIS010.34 Screw Holding Forceps
JIS010.35 Plate Bender For Small Fragment Plates
JIS.011 Large Fragment Plates Set
SemiTubular Plate 4.5
1 Each With 4 5 6 7 Holes
Narrow Dynamic Compression Plate 4.5
2 Each With 5 6 7 8 9 10 Holes
Broad Dynamic Compression Plate 4.5
2 Each With 6 7 8 Holes
1 Each With 9 10 11 12 14 16 Holes
TPlate 4.5
1 Each With 4 5 6 7 8 Holes In Shaft
TButtress Plate 4.5
1 Each With 4 5 6 7 8 Holes In Shaft
LButtress Plate Right Left Angled 4.5 4 Holes
LButtress Plate Left Right Angled 4.5 4 Holes
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JIS.012 Large Fragment Instruments Set
JIS012.1 Drill Bit (Quick Coupling) 3.2mm X 130mm
JIS012.2 Drill Bit (Quick Coupling) 4.5mm X 130mm
JIS012.3 Counter Sink For 4.5 & 6.5mm Screws (8.0mm Head)
JIS012.4 Quick Coupling Handle (TType)
JIS012.5 Bone Tap With Quick Coupling For 4.5mm Cortex Screws L:130mm
JIS012.6 Bone Tap With Quick Coupling For 6.5mm Cancellous Screws
JIS012.7 Insert Drill Sleeve 4.5/3.2mm
JIS012.8 Drill & Tap Sleeve Combined 3.2/4.5mm
JIS012.9 Drill & Tap Sleeve Combined 3.2/6.5mm
JIS012.10 Screw Driver Shaft Q.C. End 3.5mm Tip
JIS012.11 Hexagonal Screw Driver With Sleeve 3.5mm Tip (Excel)
JIS012.12 Depth Gauge For 4.5mm & 6.5mm Screws
JIS012.13 Sharp Hook
JIS012.14 Large Neutral & Loaded Drill Guide
JIS012.15 Pointed Drill Guide
JIS012.16 Large Plate Bender (Pair)
JIS012.17 Graphic Aluminium Box
Optional Instruments For Large Fragments
JIS012.18 Drill Bit Plain Shank / Jacob Chuck End
JIS012.19 Counter Sink Quick Coupling For 4.5 & 6.5mm Screws (8.0mm Head)
JIS012.20 Quick Coupling Fibre Handle With Rotation
JIS012.21 Quick Coupling Adaptor With Jacob End
JIS012.22 Bone Tap With THandle
JIS012.23 Bone Tap With THandle Cancellous
JIS012.24 Lane Screw Driver
JIS012.25 Large Hexagonal Screw Driver 3.5mm Tip
JIS012.26 Drill Sleeve 3.5mm
JIS012.27 Drill Sleeve 3.2mm
JIS012.28 Drill Sleeve 4.5mm
JIS012.29 Tap Sleeve 4.5mm
JIS012.30 Tap Sleeve 6.5mm
JIS012.31 Plate Bending PreSS
JIS012.32 Plate Bender For 4.5mm Reconstruction Plates
JIS012.33 Screw Holding Forceps
JIS012.34 Plate Bending Pliers (Roller Type)
JIS.013 DHS/DCS Plate Implants Set
Dynamic Hip Compression Plate 135°
4H
5H
6H
8H
DCS Plate 95°
6H
8H
10H
12H
14H
16H
Standard Lag Screw Ø 12.5mm (With Compression Screw)
50mm
55mm
60mm
65mm
70mm
75mm
80mm
85mm
90mm
95mm
100mm
105mm
110mm
115mm
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JIS.014 DHS/DCS Plate Implants & Instruments Set
Dynamic Hip Compression Plate 135°
4H
5H
6H
8H
DCS Plate 95°
6H
8H
10H
12H
14H
16H
Standard Lag Screw Ø 12.5mm (With Compression Screw)
50mm
55mm
60mm
65mm
70mm
75mm
80mm
85mm
90mm
95mm
100mm
105mm
110mm
115mm
Guide Wire With Threaded Tip 2.5mm Dia. & 230mm Length
THandle With Quick Coupling
Direct Measuring Device
DHS Triple Reamer
Wrench For DHS Screws
DHS Impactor
Spare Teflon Tip For DHS Impactor
DHS Tap
Centering Sleeve For DHS Tap
Centering Sleeve For DHS Wrench
Coupling Screw For Inserting DHS Screw (For 2.5mm Guide Wire)
Guide Shaft For Coupling Screw
Long Coupling Screw For DHS Screw Removal
Stylet
DCS Triple Reamer
DCS Angle Guide
Variable Angle Guide Excel
Hexagonal Screw Driver 3.5mm Tip
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JIS.015 Va Lcp Two Column Volar Distal Radius Plate Instruments Set
JIS015.1 2.4mm Variable Angle Drill Sleeve
JIS015.2 2.7mm Drill Sleeve
JIS015.21 2.4mm Drill Sleeve
JIS015.3 Torque Screw Driver
JIS015.4 Qc Handle
JIS015.7 Small Plate Bender
JIS015.8 Small Depth Guage
JIS015.9 QC Bone Drill for 2.4mm
JIS015.10 Qc Bone Drill for 2.7mm
JIS015.12 QC Tap for 2.4mm
JIS015.14 Qc Tap for 2.7mm
JIS015.15 Screw Driver
JIS015.15 QC Screw Driver
JIS015.16 Universal Drill and Tap Guide for 2.4mm
JIS015.17 Universal Drill and Tap Guide for 2.7mm
JIS015.18 Screw Tray 2.4mm VA + 2.4mm CC + 2.4mm LCP + 2.7mm LCP
JIS015.19 Graphic Aluminium Box
JAP.000 ACL / PCL Instrument Set
JBAI.01 Main Zig
JBAI.02 ACL Elbow Aimer
JBAI.03 PCL Femoral
JBAI.04 PCL Tibia
JBAI.05 Angle Bullete
JBAI.06 Graft Passing 2.4mm Drill bit
JBAI.07 Graft passing pin (beadth pin)
JBAI.08 Cannulated Tibia Reamer, Dia 6.0 mm
JBAI.09 Cannulated Tibia Reamer, Dia 7.0 mm
JBAI.10 Cannulated Tibia Reamer, Dia 8.0 mm
JBAI.11 Cannulated Tibia Reamer, Dia 9.0 mm
JBAI.12 Cannulated Tibia Reamer, Dia 10.0 mm
JBAI.13 Cannulated Tibia Reamer, Dia 11.0 mm
JBAI.14 Cannulated femoral flwertip reamer , Dia 6.0 mm
JBAI.15 Cannulated femoral flwertip reamer , Dia 7.0 mm
JBAI.16 Cannulated femoral flwertip reamer , Dia 8.0 mm
JBAI.17 Cannulated femoral flwertip reamer , Dia 9.0 mm
JBAI.18 Cannulated femoral flwertip reamer , Dia 10.0 mm
JBAI.19 Cannulated femoral flwertip reamer , Dia 11.0 mm
JBAI.20 Cannulated Endoscopic Reamer dia 4.5mm
JBAI.21 Depth Gauge for ACL/PCL reconstruction
JBAI.22 Femoral Aimer 5mm
JBAI.23 Femoral Aimer 7mm
JBAI.24 Tunnel Plug 7-8 mm
JBAI.25 Tunnel Plug 8-9mm
JBAI.26 Tunnel Plug 9-10mm
JBAI.27 Tunnel Dilator 7mm
JBAI.28 Tunnel Dilator 8mm
JBAI.29 Tunnel Dilator 9mm
JBAI.30 T-handle for tunnel dilator
JBAI.31 Cannulated Screw driver for biolock screw
JBAI.32 Impactor for spiked ligament staple
JBAI.33 Arthrosopic Probe
JBAI.34 Microfracture Awl, 30
JBAI.35 Microfracture Awl, 45
JBAI.36 Microfracture Awl, 90
JBAI.37 Graft Prep Station
JBAI.38 Graft Sizing Block
JBAI.39 Tendor Stripper, Closed end, 6mm
JBAI.40 Tendor Stripper, Closed end, 7mm
JBAI.41 Straight Rasp
JBAI.42 Convex Rasp
JBAI.43 Femoral PCl Elevator
JBAI.44 Graphical case for Arthroscopy instruments
JAP.0001 ACL / PCL Zig Set
JAP0001.1 Main Zig
JAP0001.2 Director Elbow Aimer
JAP0001.3 Director PCL Femoral
JAP0001.4 Director PCL Tibial
JAP0001.5 Tip Aimer
JAP0001.6 Slotted Stopper
JAP0001.7 Director PCL Tibial
JAP0001.8 Tip Aimer
JAP0001.9 Slotted Stopper
ARTIFICIAL BONE MODELS
JAB.001 Femur Bone
JAB.002 Tibia Bone
JAB.003 Humerus Bone
JAB.004 Radius Bone
JAB.005 Ulna Bone
JAB.006 Pelvis Bone
PRODUCT INFORMATION
Orthopedic drill bits are specialized tools used in orthopedic surgery for procedures involving bone drilling and shaping. These drill bits are designed to be precise, durable, and compatible with various orthopedic drill systems. Here are some key features and considerations when it comes to orthopedic drill bits: Material: Orthopedic drill bits are often made of high-quality materials such as stainless steel or medical-grade alloys. The choice of material depends on factors like strength, corrosion resistance, and biocompatibility. Coating: Some drill bits may have special coatings to enhance their durability and reduce friction during drilling. Common coatings include titanium nitride (TiN) or diamond-like carbon (DLC). Design: Orthopedic drill bits come in various designs to suit different surgical procedures. Common designs include twist drills, cannulated drills (with a hollow center for guide wires), and step drills (with multiple diameters). Quick Coupling End: As you mentioned earlier, a quick coupling end allows for easy and rapid attachment and detachment of the drill bit from the drill handpiece. This feature is crucial during surgery when instrument changes need to be swift. Compatibility: Ensure that the drill bit is compatible with the orthopedic drill system used in the surgical procedure. Different systems may have varying specifications, and it's important to choose drill bits that match the equipment. Sterilization: Orthopedic drill bits need to be sterilized before use in surgery. Most drill bits are designed to withstand autoclaving, a common sterilization method used in medical settings. Size and Diameter: Orthopedic drill bits come in various sizes and diameters to accommodate the specific requirements of different procedures and bone types. Manufacturer and Supplier: Choose drill bits from reputable manufacturers or suppliers that adhere to strict quality control and regulatory standards. This ensures the reliability and safety of the orthopedic instruments.
In orthopedics, a counter sink is a tool used for countersinking screws in bone fixation procedures. Counter sinking involves creating a conical depression in the bone to allow the screw head to sit flush with or below the surface. This helps to reduce irritation, minimize the risk of soft tissue impingement, and facilitate proper wound healing. The orthopedic counter sink is typically designed to accommodate specific screw sizes used in orthopedic surgeries. It is an important tool in procedures such as internal fixation, where screws are used to stabilize fractures or attach implants to bones.
A bone tap, in the context of orthopedics, is a specialized tool used in orthopedic surgery to create threaded holes (taps) in bone. This process is known as tapping, and it is often done before inserting screws or other fixation devices during orthopedic procedures such as fracture fixation or joint arthroplasty. Here's how the bone tapping process typically works: Drilling: Before tapping, a hole is drilled into the bone using a drill bit. This hole is usually slightly smaller than the final diameter required for the screw. Tapping: After drilling, the bone tap is used to create threads within the hole. The tap has a threaded design that matches the screw that will be inserted later. As the tap is turned into the hole, it cuts threads into the bone, creating a pathway for the screw. Screw Insertion: Once the threads are formed, a screw with matching threads is inserted into the tapped hole. The screw provides stability and helps hold the bone fragments together in the case of fractures or assists in securing implants in joint replacement surgeries. The bone tap is designed to precisely cut threads into the bone without causing excessive damage. It is an essential tool for achieving proper fixation in orthopedic surgeries, as it allows for the secure placement of screws, plates, or other devices used to stabilize bones.
Orthopedic screwdrivers are specialized tools used in orthopedic surgery to insert and remove screws in the fixation of bones. These screws are commonly used in procedures such as fracture fixation, spinal fusion, and joint replacement surgeries. Orthopedic screwdrivers are designed to provide surgeons with precision and control during these procedures. Key features of orthopedic screwdrivers include: Sterility: Orthopedic screwdrivers are typically made from materials that can withstand sterilization processes, ensuring aseptic conditions in the operating room. Compatibility: These screwdrivers come in various sizes and designs to accommodate different types of screws and implants used in orthopedic surgery. They are often part of a larger set of instruments specific to a particular implant system. Ergonomics: The handles of orthopedic screwdrivers are designed for comfortable grip and control, allowing surgeons to perform precise maneuvers during surgery. Torque Control: Some orthopedic screwdrivers have torque control mechanisms to prevent over-tightening of screws, reducing the risk of damaging bone or implants. Interchangeable Tips: The tips of orthopedic screwdrivers are often interchangeable to accommodate different screw head types and sizes. Material: These tools are usually made from high-quality materials such as stainless steel or titanium to ensure durability and resistance to corrosion. Color Coding: Some sets of orthopedic instruments use color-coded handles or markings to help surgeons quickly identify the correct tool for a specific task. Ratcheting Mechanism: Some orthopedic screwdrivers have a ratcheting mechanism that allows for controlled and efficient screw insertion with minimal wrist movement.
Orthopedic basic instruments are tools specifically designed for use in orthopedic surgery, which involves the treatment of the musculoskeletal system, including bones, joints, muscles, ligaments, and tendons. Here is a list of some basic orthopedic instruments: Bone Saw: Used for cutting bone during surgical procedures. Bone Drill: Electric or manual drills used to create holes in bones for screws or other fixation devices. Bone Curette: Used for scraping and cleaning the inside of bones. Bone Rongeurs: Instruments with sharp, cupped jaws used to remove small pieces of bone or soft tissue. Orthopedic Hammer: Used for impacting orthopedic implants or for other procedures requiring controlled force. Mallet: Similar to a hammer, but with a softer head, used for delicate procedures. Bone Holding Forceps: Used to grasp and stabilize bone during surgery. Traction Pin: Used in the application of skeletal traction to align and stabilize fractures. Orthopedic Scissors: Different types are used for cutting various materials, such as sutures or soft tissues. Surgical Retractors: Used to hold back tissues and organs to provide better visibility and access to the surgical site. Orthopedic Elevator: Used to lift soft tissues, such as muscles or periosteum, away from the bone during surgery. Wire Cutter: Specifically designed for cutting orthopedic wires. Orthopedic Forceps: Various types are used for grasping and manipulating tissues and implants. Reamers: Used to enlarge or shape a hole in bone during surgery. Bone Grafting Instruments: Instruments used for harvesting and placing bone grafts. Orthopedic Chisels: Used for cutting or shaping bone. Distractors: Instruments used to separate or distract bones or joint surfaces.
Orthopedic mini fragment instruments are specialized surgical tools designed for use in orthopedic procedures involving small bone fractures or fractures in delicate areas. These instruments are part of the broader field of orthopedic surgery, which focuses on the treatment of musculoskeletal system disorders and injuries. Mini fragment instruments are particularly useful when dealing with fractures in smaller bones, such as those in the hands, wrists, ankles, and foot. Here are some common orthopedic mini fragment instruments: Mini Fragment Plates: These are small, low-profile plates made of materials like stainless steel or titanium. They are used to stabilize and fixate fractured bones. Screws: Mini screws are employed to secure mini fragment plates in place. They come in various sizes and types, such as cortical screws and cancellous screws, depending on the bone and fracture type. Drills: Orthopedic drills are used to create holes in the bone for the placement of screws and plates. They are designed to be precise and controlled. Tap Handles: Taps are used to create threads in the bone, allowing screws to be securely inserted. Plate Benders and Cutters: These instruments are used to shape and cut mini fragment plates to fit the specific anatomy of the fractured bone. Depth Gauges: Used to measure the depth of drilled holes to ensure accurate placement of screws. Screwdrivers: Designed to fit the specific screw head, screwdrivers are used to tighten or remove screws during surgery. Pin and Wire Instruments: Instruments like pin cutters and wire benders are used in procedures where pins or wires are employed for fixation. Tension Band Instruments: Tension band wiring is a technique used to convert tensile forces into compressive forces to promote fracture healing. Specialized instruments are used for this purpose. Sterilization Trays: These are trays used to organize and sterilize the mini fragment instruments before surgery. Orthopedic surgeons use these instruments in various procedures, such as open reduction and internal fixation (ORIF), where fractured bones are repositioned and stabilized with the help of plates, screws, and other fixation devices. The mini fragment instruments are designed to be smaller and more delicate compared to instruments used in larger bone surgeries, allowing for precise and minimally invasive procedures in smaller anatomical spaces.
Orthopedic bone drill and wire instruments are specialized tools used in orthopedic surgery for procedures related to bone fixation, fusion, and stabilization. These instruments are crucial in various orthopedic surgeries, including fracture repair, joint reconstruction, and spinal surgeries. Here are some common orthopedic bone drill and wire instruments: Bone Drill: Electric Drill: Powered by electricity, these drills are used for precision and control in drilling holes through bone. Battery-Powered Drill: Cordless drills provide mobility during surgery, allowing surgeons to move freely without being restricted by power cords. Manual Drill: Hand drills may be used for more delicate procedures, offering control and tactile feedback. Drill Bits: Twist Drill Bits: Standard bits for drilling pilot holes in bone. Cannulated Drill Bits: Hollow bits that allow for the insertion of guide wires or other instruments through the center of the drill. Orthopedic Wire Instruments: Kirschner Wires (K-Wires): Thin, smooth wires used for temporary or permanent fixation of bones. They are often used in fracture repair. Steinmann Pins: Larger pins similar to K-Wires, used for more substantial bone fixation. Wire Passers: Instruments designed to guide wires through bone tunnels or across fracture sites. Wire Tighteners and Twisters: Wire Tighteners: Instruments used to tension wires in order to secure bone fragments. Wire Twisters: Tools for twisting wires together, enhancing stability. Depth Gauge: Measures the depth of drill holes, ensuring accurate and precise drilling. Power Tools: Reamers: Used for enlarging or shaping bone cavities during joint replacement surgeries. Saws: Electric or pneumatic saws for cutting bones during procedures like osteotomies or joint replacement. Sterilization Trays: Containers designed to hold and sterilize instruments, ensuring they are free from contaminants before surgery. Wire Cutting Instruments: Wire Cutters: Specialized pliers designed to cut orthopedic wires cleanly and safely. Bone Taps: Used to create threads in bone, facilitating the insertion of screws for fixation. Orthopedic Drill Guides: Help guide the drill bit or wire to the desired location, ensuring accuracy in bone preparation.
Self-centering bone holding forceps are specialized surgical instruments used in orthopedic procedures to grasp and stabilize bone fragments during various surgical interventions. These forceps are designed with a mechanism that automatically centers and aligns the bone fragments, providing stability and precision during the surgical process. Here are some key features and considerations regarding self-centering bone holding forceps: Self-Centering Mechanism: The primary feature of these forceps is their ability to automatically center and align the bone fragments. This helps in maintaining proper positioning during the surgical procedure. Adjustability: Many self-centering bone holding forceps come with adjustable features, allowing the surgeon to customize the grip and pressure applied to the bone fragments based on the specific needs of the surgery. Ratcheting Mechanism: Some forceps may incorporate a ratcheting mechanism, enabling incremental adjustments and secure locking in place. This enhances the stability of the bone fragments throughout the surgical process. Material: These forceps are typically made from high-quality materials such as surgical stainless steel or other materials that are biocompatible and durable. Variety of Sizes and Designs: Surgeons can choose from a variety of sizes and designs to accommodate different surgical scenarios, patient anatomies, and the type of procedure being performed. Compatibility with Other Instruments: Self-centering bone holding forceps are often designed to work seamlessly with other orthopedic instruments and implants used in fracture fixation, joint reconstruction, or other orthopedic surgeries. Ease of Cleaning and Sterilization: Like all surgical instruments, it is essential for self-centering bone holding forceps to be easily cleaned and sterilized to maintain aseptic conditions in the operating room.
Orthopedic reduction forceps are surgical instruments used in orthopedic procedures to assist in the reduction of fractures or dislocations. The term "reduction" in this context refers to the process of restoring the broken or displaced bones to their normal anatomical position. Reduction forceps play a crucial role in aligning and stabilizing fractured or dislocated bones before fixation with implants such as screws, plates, or nails. These forceps come in various shapes and sizes, each designed for specific types of fractures or dislocations. Some common types of orthopedic reduction forceps include: Pointed Reduction Forceps: These forceps have pointed tips that allow for precise manipulation of bone fragments, helping to realign them accurately. Bone-Holding Forceps: These forceps have serrated jaws that provide a firm grip on bone fragments, allowing the surgeon to maintain control during the reduction process. Ligamentous and Soft Tissue Reduction Forceps: Some fractures may involve damage to ligaments or soft tissues. Specialized forceps designed for handling soft tissues help in the reduction and stabilization of such fractures. Farabeuf Forceps: These forceps have a curved shape and are often used in orthopedic procedures to assist in the reduction of fractures, particularly in hard-to-reach areas. Lane Bone-Holding Forceps: Lane forceps are commonly used for holding and manipulating bone fragments during reduction. They have a strong grip and are particularly useful in certain types of fractures. Ball and Socket Reduction Forceps: This type of forceps has a ball-and-socket joint that allows for a wide range of motion, making them versatile for various fracture types.
Patella bone holding forceps are surgical instruments designed for use in orthopedic procedures involving the patella, which is commonly known as the kneecap. These forceps are specialized tools used by surgeons to grasp and manipulate the patella during various surgical interventions, such as knee replacement surgeries, patellar realignment procedures, or fracture fixation. The patella bone holding forceps typically have a strong and durable construction to withstand the forces exerted during surgery. They feature a serrated or textured gripping surface to securely hold the patella without slipping. The handles of the forceps are designed for easy and precise manipulation by the surgeon. The use of patella bone holding forceps allows the surgeon to stabilize the patella, providing better access to the surgical site and facilitating precise and controlled movements. This is crucial in procedures where accurate positioning and fixation of the patella are essential for successful outcomes.
Pelvic reduction forceps are surgical instruments designed for use in orthopedic procedures, particularly in the reduction of pelvic fractures. Pelvic fractures can result from trauma, such as a high-energy impact or a serious accident. These fractures can be complex and may involve displacement of pelvic bones. The primary goal of using pelvic reduction forceps is to restore the normal alignment of the pelvic bones and stabilize the fracture. The forceps are carefully applied to the pelvic bones to manipulate and realign them into their proper position. This reduction helps in promoting proper healing and minimizing complications associated with pelvic fractures, such as internal bleeding, nerve damage, and organ injuries. Orthopedic surgeons typically use fluoroscopy or other imaging techniques to guide the placement of pelvic reduction forceps accurately. The procedure requires skill and precision to avoid causing further damage to surrounding structures.
Fibula holding forceps are surgical instruments designed for use in orthopedic procedures, particularly those involving the fibula bone. The fibula is one of the two long bones in the lower leg, and it runs parallel to the tibia. Orthopedic surgeons may need to manipulate and stabilize the fibula during various procedures, such as fracture fixation or reconstructive surgery. Fibula holding forceps are specialized tools that help surgeons grasp and hold the fibula securely during these procedures. These forceps typically have a slender and curved design, allowing precise handling of the bone without causing unnecessary trauma to surrounding tissues. The jaws of the forceps are designed to provide a firm grip on the fibula, allowing the surgeon to maintain control and stability throughout the surgical process.
Bone and plate holding forceps are surgical instruments designed for use in orthopedic procedures, particularly those involving the fixation of fractured bones with metal plates. These forceps play a crucial role in securely holding and maneuvering bone fragments and plates during surgery. They are essential tools for orthopedic surgeons to achieve accurate alignment and stabilization of fractured bones. Key features of bone and plate holding forceps may include: Jaws: The forceps typically have serrated or textured jaws to provide a secure grip on both bone fragments and metal plates. This ensures stability during the fixation process. Locking Mechanism: Many forceps come with a locking mechanism that allows the surgeon to maintain a consistent grip on the bone and plate, reducing the risk of slippage during the surgical procedure. Handle Design: The handles are ergonomically designed to provide a comfortable and secure grip for the surgeon, allowing for precise control and manipulation of the forceps. Material: These forceps are usually made from high-quality surgical stainless steel or other materials compatible with sterilization processes to maintain aseptic conditions in the operating room. Variety of Sizes and Designs: Bone and plate holding forceps come in various sizes and designs to accommodate different types of fractures and surgical techniques. Surgeons may choose forceps based on the specific requirements of the procedure. Ratcheting Mechanism: Some forceps may have a ratcheting mechanism that allows for incremental adjustments in the grip tension, providing additional control during the surgery.
Lane bone holding forceps are surgical instruments used in orthopedic procedures for holding and manipulating bones during surgery. These forceps are named after the orthopedic surgeon Sir William Arbuthnot Lane, who made significant contributions to the field of orthopedic surgery in the early 20th century. Lane bone holding forceps typically have a robust and durable design to withstand the forces involved in orthopedic procedures. They feature serrated jaws or prongs that provide a secure grip on the bone, allowing the surgeon to manipulate and stabilize it as needed. The forceps may have a ratcheting mechanism to maintain a consistent and controlled grip during surgery. These forceps are commonly used in procedures such as fracture reduction, bone grafting, and joint reconstruction. They play a crucial role in ensuring precise and stable positioning of bones, facilitating the surgical process and contributing to successful outcomes.
Bone cutting forceps are surgical instruments designed for cutting bone during various medical procedures. These forceps are specifically engineered to provide surgeons with precision and control when removing or reshaping bone. They typically have a scissor-like design with sharp blades for efficient bone cutting. There are various types of bone cutting forceps, each designed for specific purposes or procedures. Some common types include: Liston Bone Cutting Forceps: These forceps have long handles and are commonly used for cutting through long bones. Rongeur Forceps: While not exactly forceps, rongeurs are another type of instrument often used for cutting and removing bone. They have a scissor-like design with cupped jaws and are commonly used in neurosurgery and orthopedic procedures. Osteotomes: Osteotomes are chisel-like instruments used to cut and shape bone. They may not be forceps per se, but they serve a similar purpose in bone surgery. Gigli Wire: This is a type of wire saw used in orthopedic surgery for cutting through bone.
Orthopedic bone nibblers are commonly used in surgeries involving bones. These nibblers are small, hand-held instruments with a cutting edge designed to remove small pieces of bone or reshape bone structures. They are often used in procedures like joint surgeries or spinal surgeries where precision is crucial.
In orthopedics, a bone file may also be used during surgeries to smooth and shape bone surfaces. This can be part of procedures such as joint replacement surgeries or fracture repairs where precise bone preparation is essential for optimal results. The tool itself usually has a flat or curved surface with a fine abrasive texture, allowing surgeons to carefully work on bone without causing excessive trauma. The goal is to create a smoother surface, remove irregularities, and facilitate proper healing.
Bone rongeur forceps are surgical instruments used in orthopedic and other medical procedures to remove or shape bone. These forceps have a strong, scissor-like design with sharp, cupped jaws that are used to grasp and cut bone tissue. The term "rongeur" is derived from the French word for "rodent," highlighting the instrument's function of biting and gnawing away bone. Key features of bone rongeur forceps include: Design: The forceps typically have a scissor-like design with two handles that are squeezed together to engage the sharp jaws. Jaws: The jaws of the bone rongeur forceps are cup-shaped and come in various sizes and shapes to accommodate different surgical needs. Common types include Kerrison rongeurs, Leksell rongeurs, and standard bone-cutting forceps. Sharpness: The jaws are designed to be sharp to cut through bone easily. This allows surgeons to precisely remove or shape bone during procedures. Materials: Bone rongeur forceps are often made from high-quality stainless steel, which is durable, corrosion-resistant, and can withstand the sterilization processes required for surgical instruments. Sizes: These forceps come in various sizes to suit different anatomical locations and surgical requirements.
An orthopedic bone chisel is a surgical instrument used in orthopedic procedures to cut or shape bone. Orthopedic surgery often involves the manipulation and modification of bones, and chisels are essential tools for these procedures. These chisels are designed to be used by orthopedic surgeons and are made from high-quality materials to ensure durability and precision. Key features of orthopedic bone chisels include: Material: They are typically made from high-grade stainless steel or other materials that are resistant to corrosion and can withstand the rigors of surgical procedures. Design: Orthopedic bone chisels come in various shapes and sizes, each designed for specific tasks. Common designs include gouge chisels, osteotomes, and different types of cutting edges based on the surgical requirements. Handle: The chisels have ergonomic handles that provide a comfortable grip for the surgeon, allowing for better control and precision during the procedure. Sterility: Like all surgical instruments, orthopedic bone chisels need to be sterilized before use to prevent infection. They are usually made to be compatible with standard sterilization methods such as autoclaving.
An orthopedic osteotome is a surgical instrument commonly used in orthopedic surgery for cutting or shaping bone. It is a type of chisel with a sharp, beveled edge that is designed to cut through bone tissue precisely. Osteotomes come in various shapes and sizes, and they are often made of high-quality stainless steel for durability and sterility. Orthopedic surgeons use osteotomes in procedures such as joint replacement surgeries, fracture repairs, and bone grafting. The instrument allows the surgeon to make controlled and precise cuts in bone to achieve the desired shape or alignment. Osteotomes may be used to remove bone tissue, create channels for implants, or prepare bone surfaces for procedures like arthroplasty.
An orthopedic gouge is a specialized surgical instrument used in orthopedic procedures, particularly in bone and joint surgeries. Gouges are essentially cutting tools designed for shaping or removing bone tissue. In orthopedics, gouges are employed to precisely carve and contour bone, helping surgeons create the necessary shapes or spaces for implants, grafts, or other corrective measures. These instruments typically have a sharp, curved, or angled edge that allows for controlled and precise removal of bone material. Orthopedic gouges come in various shapes and sizes to accommodate different surgical needs. Surgeons may use them in procedures such as joint replacements, spinal surgeries, and orthopedic trauma cases.
A bone curette is a surgical instrument used in orthopedic and other surgical procedures to scrape, scoop, or clean bone tissue. It typically has a spoon-shaped or cup-shaped working end with a sharp edge that allows surgeons to remove soft tissue or debris from the bone surface. Bone curettes come in various shapes and sizes to accommodate different anatomical locations and surgical needs. These instruments are commonly used in procedures such as bone grafting, joint surgeries, and treatment of bone lesions. Bone curettes can help in shaping and smoothing bone surfaces, removing damaged or infected tissue, and preparing the bone for further surgical interventions.
Orthopedic Corticotome typically refers to a surgical instrument used to cut or dissect cortical bone.
In orthopedics, the term "bone hammer" usually refers to a mallet or a surgical hammer used by orthopedic surgeons. These hammers are specifically designed for procedures involving bones, joints, and orthopedic surgery. They come in various shapes and sizes, and their heads may be made of materials like stainless steel. Orthopedic bone hammers are commonly used in procedures such as fracture reduction, joint replacement surgeries, and other orthopedic interventions where controlled force is needed to manipulate or reshape bones. The design and weight of the hammer can vary based on the specific procedure and surgeon preferences.
Bone retractors are surgical instruments used in various medical procedures, particularly in orthopedic and general surgeries. Their primary purpose is to hold back or retract tissues, muscles, or organs, providing better visibility and access to the surgical site. In orthopedic surgeries, bone retractors are specifically designed to manipulate and hold bones in place during procedures such as joint replacements, spinal surgeries, or fracture repairs. These retractors come in different shapes and sizes, and their design may vary based on the specific surgical procedure and the surgeon's preferences. Some common types of bone retractors include: Hohmann Retractors: These are commonly used in orthopedic procedures to retract soft tissues and muscles away from the bone, allowing the surgeon to access the operative area. Gelpi Retractors: Gelpi retractors have sharp, pointed tips and are commonly used in orthopedic and general surgeries to hold tissues or muscles away from the surgical field. They are self-retaining, which means they can stay in place without constant manual holding. Weitlaner Retractors: Weitlaner retractors are self-retaining and have toothed blades that can be adjusted to various widths. They are commonly used in orthopedic and other surgeries to hold back soft tissues. Bookwalter Retractors: These are more complex systems used in various surgical fields, including orthopedics. They consist of a series of adjustable arms and blades, allowing for versatile retraction and exposure. Volkmann Bone Retractors: These retractors have one or more prongs and are used in orthopedic procedures to hold muscles and tissues away from the bone being operated on.
A periosteal elevator is a surgical instrument used in various medical procedures, particularly in orthopedic and dental surgeries. The periosteum is a thin layer of connective tissue that covers the outer surface of bones. The periosteal elevator is designed to lift and separate the periosteum from the underlying bone, allowing surgeons better access to the bone for various procedures. Here are some key points about the periosteal elevator: Design: Periosteal elevators typically have a thin, flat, and rounded blade at one end. The blade is designed to slide between the periosteum and the bone surface without causing damage to either. Purpose: The primary purpose of a periosteal elevator is to lift and detach the periosteum from the bone. This separation is crucial in surgeries where access to the bone is required, such as during fracture repair, bone grafting, or implant placement. Types: There are various types of periosteal elevators with different shapes and sizes. The selection of a specific type depends on the surgical procedure and the anatomy of the area being operated on. Material: Periosteal elevators are commonly made of stainless steel, which is durable, corrosion-resistant, and can be easily sterilized for surgical use. Technique: Surgeons use periosteal elevators with a careful and controlled technique to avoid damaging surrounding tissues. The elevator is gently inserted between the periosteum and the bone, and then it is used to lift and separate the periosteum. Applications: Periosteal elevators are used in various medical fields, including orthopedics, oral and maxillofacial surgery, and plastic surgery. They are essential tools in procedures where precise and controlled elevation of the periosteum is required.
A bone spreader is a medical instrument used in surgical procedures involving bones. Its primary function is to create space or separate bones, allowing surgeons better access to the surgical site. This tool is commonly used in orthopedic and spinal surgeries. The bone spreader typically consists of two arms with blunt or rounded ends that can be inserted between bone surfaces. By gently expanding or spreading these arms, surgeons can create enough space to perform various procedures, such as bone grafting, joint replacements, or spinal surgeries.
Kuntscher cloverleaf nail is an orthopedic implant used in the treatment of fractures, particularly in the femur. It has a cloverleaf-shaped cross-section, which provides stability and helps in the healing process. Instruments used in the insertion of a Kuntscher cloverleaf nail include: Cloverleaf Nail: The main implant itself, available in various sizes to match the patient's anatomy. Reaming Instruments: To prepare the medullary canal for the insertion of the nail. This may include reamers of various sizes. Guide Wires: Used to guide the nail through the medullary canal. Trocars or Awls: These are used to create an entry point for the nail into the bone. Insertion and Extraction Instruments: Specialized instruments for the insertion and removal of the cloverleaf nail. Distal Targeting Device: Used to guide the distal end of the nail into the desired position. Proximal and Distal Locking Screws: Depending on the design, these screws are used to secure the nail at both ends to prevent rotation and axial movement. Instrument Trays and Sterilization Containers: To keep the instruments organized and sterile during the surgical procedure.
Surgical procedures involving the femoral head, particularly in orthopedics, may require a variety of specialized instruments. Here are some common instruments used in surgeries related to the femoral head: Femoral Head Prosthesis: These are artificial replacements for the femoral head used in hip replacement surgeries. Femoral Head Extractor: An instrument designed to remove the femoral head during surgery, often used in hip arthroplasty or hip resurfacing procedures. Femoral Head Reamer: Used to prepare the femoral head for the insertion of the femoral head prosthesis. Femoral Head Impactors: Instruments used to impact or press the femoral head prosthesis into place. Femoral Head Neck Osteotome: Used for cutting or shaping the femoral head neck during surgery. Femoral Head and Neck Rasps: Instruments for smoothing and shaping the femoral head and neck surfaces. Femoral Head Holder: A tool used to securely hold and stabilize the femoral head during surgical procedures. Femoral Head Cement Injector: In some cases, cement may be used to secure the femoral head prosthesis, and this instrument facilitates the injection of the cement. Femoral Head Elevator: Used to lift or elevate the femoral head during surgery. Femoral Head Curette: A tool for scraping or cleaning the bone surface of the femoral head. Orthopedic Drill: If screws or other fixation methods are used, an orthopedic drill may be employed to create holes in the femoral head for fixation devices.
Cutting plaster requires specialized tools to ensure precision and safety. Here are some common instruments used for plaster cutting: Plaster Saw: A plaster saw is specifically designed for cutting through plaster. It typically has a serrated blade with fine teeth that can easily cut through the material without causing excessive dust. Plaster Knife: A plaster knife is a handheld tool with a sharp blade designed for cutting and shaping plaster. It's often used for more detailed and intricate cuts. Plaster Rasp: A rasp is a tool with a rough surface used for shaping and smoothing plaster. It's particularly useful for refining edges and contours after initial cutting. Oscillating Multi-Tool: An oscillating multi-tool equipped with a plaster-cutting blade is versatile and can be used for precision cuts. The oscillating motion helps reduce the amount of dust generated during cutting. Rotary Tool (Dremel): A rotary tool with a cutting wheel attachment can be used for small, precise cuts in plaster. This tool is especially useful for detailed work and cutting in tight spaces. Jab Saw: Similar to a plaster saw, a jab saw has a pointed tip for starting cuts in the plaster. It's a manual tool with a sharp-toothed blade. Utility Knife: A utility knife with a sharp blade can be used for scoring and cutting plasterboard. This is more suitable for cutting drywall and gypsum board rather than traditional plaster. Plasterboard Cutter: Specifically designed for cutting plasterboard, a plasterboard cutter often has a rolling blade that scores the surface before breaking the board along the cut line. Reciprocating Saw: A reciprocating saw with a plaster-cutting blade is a powerful tool that can quickly cut through thicker plaster walls. It's commonly used for demolition work. Diamond Blades: Diamond blades attached to tools like angle grinders or circular saws can be effective for cutting through plaster walls, especially when dealing with lath and plaster.
Spine surgery involves a variety of instruments designed to address different aspects of spinal conditions. The specific instruments used can vary depending on the type of spine surgery being performed. Here are some common instruments used in spine surgery: Retractors: Gelpi Retractor: A self-retaining retractor used to hold back tissues and provide a clear view of the surgical site. Bookwalter Retractor: Adjustable retractor system with rings and blades that can be customized for different surgical approaches. Discectomy Instruments: Kerrison Rongeurs: Used for removing disc material and bone during discectomy procedures. Pituitary Rongeurs: Delicate rongeurs designed for precise bone removal. Laminectomy Instruments: Laminectomy Rongeurs: Similar to Kerrison rongeurs but designed for the removal of lamina (the bony arch of the vertebra). Laminotome: Instrument used to cut through the lamina during laminectomy. Bone Graft Instruments: Bone Mill: Used to grind bone graft material for spinal fusion. Bone Funnel: Facilitates the controlled placement of bone graft material into the surgical site. Spinal Fusion Instruments: Pedicle Screws: Used to stabilize the spine by anchoring rods to the vertebrae. Rods and Connectors: Connects pedicle screws and provides stability to the fused segments. Interbody Cages: Placed between vertebrae to facilitate fusion and maintain disc height. Drills and Burr: Power tools used for precise bone removal and preparation of the surgical site. Surgical Microscope: Provides magnification and illumination for intricate and delicate procedures. Electrocautery and Laser Instruments: Used for cutting and coagulating tissues during surgery. Neurophysiological Monitoring Equipment: Monitors nerve function during surgery to help prevent nerve damage. Surgical Navigation Systems: Assist surgeons in precisely locating and navigating the surgical site. Suction and Irrigation Systems: Keep the surgical field clear by removing blood and debris. Intramedullary Fixation Devices: Used in certain spine surgeries to stabilize the spinal column.
The Steffee implant system is designed for spinal stabilization and fusion procedures. The specific instruments used in conjunction with Steffee implants may include: Rod Instruments: Instruments to manipulate and insert spinal rods, which are a crucial part of the stabilization system. Screws and Hooks: These are used for attaching the implant to the vertebrae. Drills and Tap Instruments: Instruments for preparing the vertebrae to receive screws. Trial Implants: These are used to assess the correct size and positioning of the implants before the final placement. Compression and Distraction Instruments: Used to achieve the desired spinal alignment and compression or distraction during the surgery.
Knee surgery may involve a variety of instruments depending on the specific procedure being performed. Here are some common instruments used in knee surgery: Arthroscopy Instruments: Arthroscope: A small, tube-like instrument with a light and camera used to visualize the inside of the joint. Cannulas: Tubes that allow the introduction of other instruments into the joint. Shavers: Motorized devices with rotating blades used to remove damaged tissue. Graspers: Instruments designed to hold and manipulate tissues. Surgical Instruments: Scalpel: A small, sharp knife used for making incisions. Scissors: Used for cutting tissues. Retractors: Instruments used to hold back tissues and provide better visibility of the surgical area. Forceps: Used for grasping and holding tissues. Power Tools: Power Drill: Used for drilling holes in bones for the placement of screws or other fixation devices. Saws: Electric or oscillating saws used for cutting bones. Implants and Fixation Devices: Screws: Used for fixation and stabilization of bones. Plates: Metal plates used for reinforcing and stabilizing fractures. Nails: Intramedullary devices used for fixation in certain types of fractures. Joint Replacement Instruments: Prosthetic Components: Including femoral and tibial components, as well as patellar components for total knee replacement. Trial Implants: Used to determine the appropriate size and fit before the final implants are secured. Cement and Cementing Tools: In some cases, cement is used to secure the implants. Ligament Reconstruction Instruments: Tunnellers: Instruments used to create tunnels in bones for ligament grafts. Grafts: Tissues used to reconstruct damaged ligaments. Fixation Devices: Screws, staples, or other devices used to secure ligament grafts in place. Suction and Irrigation Devices: Suction Devices: Used to remove fluids and debris from the surgical site. Irrigation Systems: Used to clean and irrigate the joint during surgery. Sterilization and Cleaning Instruments: Sterilization Trays: Containers used to hold and sterilize instruments. Cleaning Brushes: Used for manually cleaning instruments before sterilization.
Skull surgery, also known as neurosurgery or cranial surgery, involves procedures on the skull or brain. Various instruments are used in skull surgery to perform tasks such as cutting bone, accessing the brain, and ensuring the overall success and safety of the surgery. Here are some common instruments used in skull surgery: Scalpel: A small, sharp knife used for making incisions in the skin and soft tissues. Bone Rongeurs: These are specialized forceps with sharp edges used for cutting and removing bone. In skull surgery, they are often employed to trim or remove bone to access the brain. Cranial Drill: A motorized drill designed for cutting and shaping bone. It is used to create openings in the skull for various procedures, such as removing bone to access the brain or placing screws for fixation. Surgical Suction: Used to remove blood and fluids from the surgical site, ensuring a clear view for the surgeon. Electrocautery or Diathermy: These instruments use high-frequency electrical currents to cut or coagulate tissues, reducing bleeding during surgery. Stereotactic Frame or Navigation System: These tools help guide the surgeon by providing three-dimensional coordinates of the surgical instruments and the patient's anatomy, aiding in precise navigation during complex procedures. Microscope: In many neurosurgical procedures, especially those involving delicate structures in the brain, a surgical microscope is used to magnify the surgical field and improve visualization. Surgical Loupes: Similar to a microscope, loupes are magnifying glasses worn by the surgeon to enhance visibility during intricate procedures. Hemostatic Agents: Various materials, such as absorbable gelatin sponges or hemostatic agents, may be used to control bleeding during and after surgery. Dura Mater Stapler: Used to secure the layers of the protective covering around the brain (dura mater) after surgery. Surgical Clips or Ligating Devices: Used to close blood vessels, preventing bleeding. Bone Cement: In some cases, bone cement may be used to fill gaps or reinforce the skull after surgery.
A skin grafting knife is a surgical instrument used in the process of skin grafting, a surgical procedure in which skin is removed from one area of the body (donor site) and transplanted to another area (recipient site). Skin grafts are commonly performed to treat burns, wounds, or areas of skin loss due to injury or surgery. The skin grafting knife is specifically designed for the precise removal of the donor skin. There are different types of skin grafting knives, and the choice of instrument may depend on the surgeon's preference and the specific characteristics of the graft. Here are some common types of skin grafting knives: Watson Knife: This is a traditional type of skin grafting knife. It typically has a sharp, curved blade that allows for precise cutting of the donor skin. Humby Knife: The Humby knife is another type of knife used for skin grafting. It has a narrow, straight blade and is often used for smaller grafts. Padgett Dermatome: While not a knife in the traditional sense, the Padgett dermatome is a motorized instrument used to create thin and uniform skin grafts. It is commonly used in plastic and reconstructive surgery.
Orthopedic sterilization boxes are specialized containers designed for the sterilization and storage of orthopedic instruments used in surgical procedures. Orthopedic surgery involves the treatment of conditions affecting the musculoskeletal system, and the instruments used in these procedures must be kept sterile to prevent infections.
Orthopedic screw boxes are containers or kits used by orthopedic surgeons to store and organize screws that are commonly used in orthopedic surgeries. These screws are crucial components in procedures such as fracture fixation, spinal fusion, and joint reconstruction.
Silicone rubber surgical mats are specialized mats designed for use in surgical environments, particularly in operating rooms. These mats are made from silicone rubber, a material known for its flexibility, durability, and resistance to various environmental factors. Here are some key features and uses of silicone rubber surgical mats: Material Characteristics: Silicone Rubber: Silicone rubber is a synthetic material known for its non-toxic, non-allergenic properties. Flexible and Durable: Silicone rubber is flexible, making it comfortable for surgeons and other medical staff to stand on during long procedures. It is also durable and can withstand frequent cleaning and sterilization. Non-Slip Surface: Silicone rubber surgical mats often have a non-slip surface to enhance safety in the operating room. This helps prevent accidents and ensures stability for medical professionals working in critical environments. Antimicrobial Properties: Some silicone rubber mats may be treated with antimicrobial agents to inhibit the growth of bacteria and other microorganisms. This is crucial in maintaining a sterile surgical environment. Easy to Clean and Sterilize: Silicone rubber mats are easy to clean and can withstand sterilization methods such as autoclaving. This is important for maintaining a sterile and infection-free surgical environment. Comfort for Medical Professionals: Surgical procedures can be lengthy, requiring medical professionals to stand for extended periods. The cushioning and flexibility of silicone rubber mats provide comfort and support for surgeons, nurses, and other staff. Fluid Resistance: Silicone rubber is resistant to fluids, making the mats easy to clean and preventing the absorption of liquids that could harbor bacteria or compromise the sterile environment. Custom Sizing: These mats are often available in various sizes to accommodate different areas within the operating room. Some may have beveled edges to prevent tripping. Color-Coding: In some cases, mats may be color-coded to differentiate between different areas of the operating room or to indicate specific uses. Compliance with Regulatory Standards: Silicone rubber surgical mats are typically designed to meet regulatory standards for medical devices to ensure safety and performance in clinical settings. These mats contribute to the overall safety, cleanliness, and efficiency of surgical procedures by providing a reliable and supportive surface for medical professionals.
Orthopedic stapling is a common technique used in orthopedic surgeries to secure tissues, such as tendons or ligaments, or to fix bone fragments together. The instruments used for orthopedic stapling can vary based on the specific procedure and the type of staple system employed. Here are some common instruments associated with orthopedic stapling: Skin Stapler: Purpose: Used for closing incisions or wounds on the skin's surface. Description: Handheld device that dispenses and applies metal staples to approximate and close the skin. Surgical Stapling Device: Purpose: Used for internal applications, such as securing tissues or bones. Description: Powered or manual instrument designed to apply staples to tissues or bones. There are various types, including linear staplers, circular staplers, and skin staplers. Disposable Staple Cartridges: Purpose: Contains the staples that are loaded into the stapling device. Description: Sterile cartridges that are disposable and loaded into the stapler to provide a continuous supply of staples during a procedure. Staple Extractor: Purpose: Used to remove staples after the healing process. Description: Manual tool designed to grasp and remove staples from the skin or tissues. Staple Remover Kit: Purpose: Contains various instruments for staple removal. Description: Typically includes a staple extractor, scissors, and forceps to facilitate the safe removal of staples. Circular Stapling Set (for gastrointestinal surgeries): Purpose: Used in procedures like colorectal surgeries. Description: Includes a circular stapler and anvil designed for creating anastomoses (connections) in the gastrointestinal tract. Bone Stapler: Purpose: Used in orthopedic procedures to secure bone fragments. Description: Specialized stapler designed for use in bone tissue, providing a secure and stable fixation.
A Dynamic Hip Screw (DHS) is a surgical implant used in orthopedic surgery for the fixation of certain types of hip fractures, particularly those involving the intertrochanteric region of the femur. The DHS system includes various instruments designed to aid in the surgical procedure for inserting the dynamic hip screw. These instruments are specialized tools used by orthopedic surgeons during the fixation of hip fractures. Key components of a typical DHS system include: Dynamic Hip Screw (DHS): This is the main implant, consisting of a screw that is inserted into the femoral head and a side plate that is fixed to the outer surface of the femur. The design allows for controlled sliding of the screw within the plate to provide stability during the healing process. Guide Wire: A guide wire is often used to help guide the placement of the screw during the surgical procedure. It serves as a path for the subsequent drilling and insertion of the screw. Drill Bits: Specific drill bits are used to create holes in the bone for the insertion of the guide wire and the dynamic hip screw. Plate Holding Instruments: Instruments designed to hold and position the side plate during the procedure. Compression and Lag Screw Instruments: These tools are used to facilitate compression at the fracture site, helping to achieve stability. Depth Gauge: Used to measure the depth of the drilled hole and ensure proper placement of the screw. Wrenches and Screwdrivers: Various wrenches and screwdrivers are included to tighten and secure the screws and side plate components. Instrumentation Tray: A sterile tray containing all the necessary instruments for the procedure.
An "Angled Blade Plate" is a type of orthopedic implant used in surgical procedures for the fixation of bone fractures. This instrument is specifically designed for the stabilization of fractures in long bones, such as the femur or tibia. The angled blade plate is part of the broader category of orthopedic implants known as plates and screws. Here's a breakdown of the key components and features of an Angled Blade Plate instrument: Plate: The plate is a flat, metal structure usually made of stainless steel or titanium. It is designed to be affixed to the surface of a bone using screws. The plate provides stability and support to the fractured bone, allowing for proper alignment and healing. Angled Blade: The unique feature of the Angled Blade Plate is the presence of an angled blade. This blade is designed to be inserted into the bone at a specific angle, allowing for a more customized fit to the bone's natural shape. The angled blade enhances the stability of the fixation and can be particularly useful in cases where a straight plate might not provide the optimal alignment. Screws: The plate is secured to the bone using screws. These screws pass through the plate and into the bone, holding the fractured segments together. The use of screws allows for compression at the fracture site, promoting better healing. Locking Mechanism: Some modern angled blade plates come with a locking mechanism for the screws. This feature allows the screws to be fixed to the plate in a way that prevents them from backing out. Locking screws provide additional stability and may be beneficial in certain fracture patterns. Instrument Set: Surgeons use a specialized instrument set for implanting angled blade plates. This set typically includes instruments for plate placement, screw insertion, and other tools needed for the surgical procedure.
A 7.0mm Large Cannulated Cancellous Instrument likely refers to a medical tool or surgical instrument used in orthopedic procedures. Let's break down the terms: 7.0mm: This likely indicates the diameter of the instrument. In medical contexts, measurements are often specified in millimeters (mm). The 7.0mm measurement suggests that the instrument has a diameter of 7.0 millimeters. Large Cannulated Cancellous: Large: Indicates that the instrument is designed for use in larger anatomical structures or for procedures that require a larger tool. Cannulated: Refers to the presence of a hollow channel or tube (cannula) running through the center of the instrument. This feature allows for the insertion of guide wires, screws, or other instruments through the central channel during surgical procedures. Cancellous: Relates to cancellous bone, which is the spongy, porous bone found at the ends of long bones. Instruments designed for use in cancellous bone are typically used in orthopedic surgeries, particularly those involving joint reconstruction or fracture repair. Instrument: This term generally refers to a tool or device used for a specific purpose, in this case, in the field of surgery or orthopedics.
For surgical procedures involving 4.0mm cannulated cancellous screws, a cannulated screwdriver or cannulated screw insertion system is typically used. These instruments are designed to facilitate the precise placement of screws in cancellous bone, which is spongy and less dense than cortical bone. The cannulated screwdriver features a hollow shaft (cannula) that allows the surgeon to pass a guide wire through it. This guide wire helps guide the screw into the desired location before the screw itself is inserted over the guide wire. Additionally, a cannulated screw system may include instruments such as drill bits, taps, and depth gauges, specifically designed for the 4.0mm size screws. The drill bits create a pilot hole in the bone, the tap prepares the bone for screw insertion, and the depth gauge ensures the accurate placement of screws at the desired depth.
Cannulated rigid reamers are surgical instruments used in orthopedic procedures, particularly in the field of arthroplasty, which involves the replacement of a joint. These reamers have a hollow central channel, or cannulation, that allows for the passage of a guide wire or other instruments during the procedure. Here are some key points about cannulated rigid reamers: Orthopedic Surgery: Cannulated rigid reamers are commonly used in orthopedic surgeries, such as hip and knee arthroplasty (joint replacement) procedures. They play a crucial role in preparing the bone for the placement of prosthetic implants. Hollow Design: The cannulated design of these reamers allows for the insertion of a guide wire through the center. This guide wire helps in guiding and positioning the reamer accurately during the bone preparation process. Precision and Accuracy: The use of cannulated rigid reamers enhances the precision and accuracy of bone preparation. The surgeon can navigate the reamer over the guide wire to create a precise cavity in the bone that matches the shape and size of the prosthetic implant. Minimally Invasive Procedures: The cannulation feature is especially beneficial in minimally invasive procedures. It enables surgeons to perform the surgery through smaller incisions, reducing trauma to surrounding tissues and promoting faster recovery. Various Sizes: Cannulated rigid reamers come in various sizes to accommodate different bone sizes and types. Surgeons can choose the appropriate size based on the patient's anatomy and the specific requirements of the joint replacement. Compatibility with Power Tools: Many cannulated rigid reamers are designed to be used with power tools, such as drills or reaming systems. This can help speed up the bone preparation process during surgery. Material Composition: These reamers are typically made from high-quality materials such as stainless steel or medical-grade alloys. This ensures durability, corrosion resistance, and compatibility with sterilization processes. Cleaning and Sterilization: Like all surgical instruments, cannulated rigid reamers need to be thoroughly cleaned and sterilized before each use to prevent infections and ensure the safety of the patient.
Flexible reamers, also known as flexible shaft reamers or flexible reaming systems, are specialized tools used in various applications, particularly in medical procedures, including orthopedic surgeries. Unlike solid reamers, flexible reamers have a more adaptable and flexible shaft, allowing them to navigate through curvatures or tight spaces. Here are some key aspects of flexible reamers: Construction: Flexible reamers typically consist of a thin, flexible shaft made of materials like stainless steel or other alloys. The shaft is designed to be maneuverable, enabling it to traverse complex anatomical structures. Applications: These reamers are commonly used in medical procedures, such as orthopedic surgeries, where access to tight spaces or intricate bone structures is required. Flexible reamers are often employed in the preparation of bone tunnels for procedures like arthroscopy or minimally invasive surgeries. Orthopedic Surgery: In orthopedics, flexible reamers are frequently used in procedures such as anterior cruciate ligament (ACL) reconstruction, where precise tunnel creation is crucial. The flexibility of the reamer allows surgeons to navigate the joint space more effectively while minimizing trauma to surrounding tissues. Design Variations: Flexible reamers come in various designs to accommodate specific surgical needs. Some may have adjustable angles or modular components to enhance versatility during procedures. Compatibility with Power Tools: Some flexible reamers are designed to be compatible with power tools, allowing for controlled and efficient reaming in surgical settings. Sterilization: Like other medical instruments, flexible reamers are designed to be sterilized easily to ensure aseptic conditions during surgeries. Common sterilization methods include autoclaving. Specialized Attachments: Depending on the surgical application, flexible reamers may have specialized attachments or tips to achieve specific tasks, such as creating tapered tunnels or accommodating different implant designs. Quality Control: Medical-grade flexible reamers undergo stringent quality control measures to meet regulatory standards and ensure patient safety.
When working with titanium elastic nails, surgeons typically use specialized instruments to facilitate the insertion and placement of these implants. One essential instrument used for this purpose is called a "titanium elastic nail inserter." The titanium elastic nail inserter is designed to hold and guide the titanium elastic nails into the correct position within the bone. It often has a slim, cylindrical shape with a handle for easy grip and maneuverability. The inserter allows precise control during the surgical procedure, ensuring that the nails are placed accurately to provide stability and support for bone fractures.
Enders nails are intramedullary nails, which means they are inserted into the medullary canal (inside) of a bone to stabilize fractures. In the context of orthopedic surgery, instruments commonly used for the insertion and placement of Enders nails include: Enders Nails: These are the actual nails used for fixation. Cannulated Reamers: Used to prepare the medullary canal before nail insertion. Trocars: Instruments used to create an entry point for the nail into the bone. Guidewires: Used to guide the proper placement of the nail. Tapping Instruments: Tools for tapping the bone to create threads for the nail. Insertion Devices: Instruments designed to insert the Enders nail into the prepared bone canal. Locking Screws and Bolts: Used to secure the nail in place. Fluoroscopy Equipment: Often used during the procedure to visualize the correct placement of the nail in real-time.
A Herbert screw, also known as a headless compression screw or cannulated screw, is a type of implant used in orthopedic surgery for fixation of fractures, particularly in the treatment of certain types of fractures in the bones of the hand and foot. The screw is named after the surgeon who introduced it, Sir Herbert Seddon. To insert a Herbert screw, specialized instruments are required. These instruments may vary slightly depending on the manufacturer, but generally, the following tools are commonly used: Herbert Screw Set: This set typically includes all the necessary instruments and implants for the Herbert screw fixation procedure. It may contain screws of various sizes, drill bits, and insertion tools. Cannulated Drill Bits: These are drill bits with a hollow center, allowing them to be used over a guide wire. Cannulated drill bits are used to create a pilot hole for the Herbert screw. Cannulated Tap: Similar to the drill bits, the cannulated tap is used to create threads in the bone after the pilot hole has been drilled. It prepares the bone for the insertion of the Herbert screw. Guide Wire: A thin wire used to guide the placement of the drill bit and tap. The wire is often inserted first to help ensure accurate positioning. Herbert Screw Insertion Tool: This instrument is designed to hold the Herbert screw and guide it into the prepared hole. It often includes a mechanism for compressing the fracture site when inserting the screw. Depth Gauge: Used to measure the depth of the hole created in the bone, ensuring proper placement of the Herbert screw. Hexagonal Screwdriver: Some Herbert screws have a hexagonal recess, requiring a specialized screwdriver for insertion. The screwdriver is often included in the Herbert screw set. Fluoroscopy or X-ray Machine: Imaging equipment is used during the procedure to visualize the fracture site and guide the accurate placement of the Herbert screw.
Locking plates for large fragment fixation in orthopedic surgery are commonly used to treat fractures and stabilize bone segments. These plates are designed with special features to provide stability and support during the healing process. Here are some commonly used instruments for locking plates in large fragment fixation:
Locking Plate System: Locking plates come in various shapes and sizes to accommodate different anatomical locations and fracture patterns. They have multiple holes for screws, allowing for versatile fixation. Locking Screws: These screws have a threaded portion that engages with the plate, providing a stable construct. Locking screws can be inserted at various angles to achieve optimal fixation. Plate Holding Forceps: Used to hold and manipulate the locking plate during placement. Facilitates precise positioning of the plate on the bone. Drill Guides: Guides are used to ensure accurate drilling of screw holes. Some drill guides are designed specifically for locking screws to maintain proper trajectory. Drill Sleeve: Helps maintain the correct angle and trajectory during drilling. Ensures precise placement of screws in the locking plate. Depth Gauge: Measures the depth of the drill hole, ensuring appropriate screw length. Tapping Instruments: Used to create threads in the bone for screw insertion. Taps come in various sizes to match the screw diameter. Screwdriver and Screwdriver Handles: Designed to accommodate locking screws for secure fixation. Screwdriver handles may have a ratcheting mechanism for ease of use. Plate Benders: Allow for contouring and shaping of the locking plate to match the bone anatomy. Important for achieving an anatomical fit and stability. Reduction Forceps: Used to manipulate and reduce fracture fragments before fixation. Plate Cutters: Employed to trim or cut the locking plate to the desired length. Self-retaining Retractors: Hold soft tissues away from the surgical site, providing clear visibility for plate placement and screw insertion.
Drill sleeves and locking plates are typically distinct components used for different purposes. Let me provide information on each: Drill Sleeve: A drill sleeve, also known as a drill bushing or drill guide, is a cylindrical device used to guide a drill bit during drilling operations. It helps maintain the accuracy and alignment of the drill, ensuring that the hole is drilled precisely where intended. Drill sleeves are commonly used in machining and metalworking. Locking Plate: A locking plate is a type of orthopedic implant used in medical applications, particularly in the field of orthopedic surgery. These plates are used to stabilize fractures or provide support to bones during the healing process. Locking plates are fixed to bones using screws, and they come in various shapes and sizes depending on the specific application.
In orthopedics, screws are commonly used to stabilize fractures, anchor plates, and secure implants. If a screw needs to be removed due to issues such as loosening, infection, or other complications, orthopedic surgeons use a set of instruments specifically designed for this purpose. The orthopedic broken screw removal set may include items such as: Screw Extractors: These are designed to engage with the screw head and facilitate its removal from the bone or implant. Drills: Orthopedic surgeons may use specialized drills to remove any bone tissue around the screw or to create a pilot hole for the extractor. Taps: Taps are used to create or clean threads within the bone to ensure a smooth extraction process. Guidewires: These thin wires guide the placement of instruments during the removal process. Fluoroscopy: In some cases, real-time imaging (fluoroscopy) may be used to visualize the screw and guide the surgeon during the removal procedure.
If you are referring to an orthopedic nail removal set, it is a specialized kit used in the field of orthopedic surgery. In orthopedics, nails (also known as orthopedic implants or intramedullary nails) are often used to stabilize and support fractured bones. When it comes time for the removal of these implants, an orthopedic nail removal set is employed. The set typically includes tools specifically designed for the safe extraction of orthopedic nails. Components of such a set may include: Nail Extractors: Specialized tools designed to grip and remove orthopedic nails from bones. Lag Screw Drivers: Tools for unscrewing lag screws or other locking mechanisms used in certain types of orthopedic implants. Lag Screw Wrenches: Instruments for applying torque to lag screws during removal. Implant Extractors: Devices designed to remove various types of orthopedic implants, including nails. Reamers: Instruments used to enlarge the medullary canal for easier extraction of the nail. Drills: Surgical drills may be included to aid in the removal process. Depth Gauges: Tools for measuring the depth of the nail or implant within the bone. Sterilization Tray: A container for sterilizing and organizing the instruments. Radiolucent Instruments: Some instruments may be made of materials that do not interfere with X-ray imaging during the procedure.
Orthopedic surgery often requires a specific set of instruments to perform various procedures. The exact instruments needed can vary based on the specific surgery, but here is a basic set of orthopedic instruments commonly used: Scalpel: A small, sharp knife used for making incisions. Scissors: Different types of scissors, including mayo scissors and Metzenbaum scissors, for cutting tissues. Needle Holder: Used to hold and manipulate needles during suturing. Forceps: Different types of forceps such as Adson forceps, tissue forceps, and hemostatic forceps for grasping and holding tissues. Retractors: Used to hold back tissues and organs to provide better visibility and access to the surgical site. Bone Curettes: Instruments designed for scraping and removing soft tissue or debris from bones. Bone Rongeurs: Used for cutting and trimming bone during surgery. Osteotomes: Instruments for cutting or preparing bone, often used in shaping bone for grafts. Drill and Drill Bits: Used for making holes in bones or inserting screws. Bone Plates and Screws: Used for fixation and stabilization of fractured bones. Wire and Wire Instruments: Used for wiring bones together in certain orthopedic procedures. Mallet: A small hammer used for impacting and seating components like bone plates. Suction Device: Used to remove fluids and debris from the surgical site. Orthopedic Power Tools: Battery-powered or electric tools such as drills, saws, and reamers for precision and efficiency. Sterile Drapes and Towels: Used to maintain a sterile field around the surgical site. Surgical Gloves and Gowns: Personal protective equipment for the surgical team. Sterilization Trays and Containers: Used for sterilizing and organizing instruments before surgery.
A "Small Fragment Instrument Set" typically refers to a collection of surgical instruments designed for the fixation and stabilization of small bone fractures, especially in orthopedic surgery. These sets are commonly used for procedures involving the fixation of bones like the wrist, hand, ankle, and foot. Components of a small fragment instrument set may include: Bone Plates: These are metal plates used to immobilize fractured bones. They come in various shapes and sizes to accommodate different anatomical locations. Screws: Small screws are used to secure the bone plates to the fractured bone, providing stability during the healing process. Drills: Surgical drills are used to create holes in the bone for the insertion of screws. The drills in small fragment sets are typically smaller in diameter compared to those used in larger bone procedures. Taps: Taps are used to create threads in the bone before screw insertion, ensuring a secure fit. Reduction Forceps: These forceps are used to manipulate and align fractured bone fragments into their proper position before fixation. Bone Awls: Awls are used to create small holes or punctures in the bone, typically for suture passage or to aid in bone alignment. Depth Gauge: Used to measure the depth of drilled holes to ensure proper screw placement. Plate Benders and Cutters: These instruments are used to shape and cut bone plates to fit the specific anatomy of the patient. Case or Tray: A container to organize and store the instruments.
A "Screw Set Large" in orthopedics typically refers to a collection of screws used for fixation in orthopedic surgery. Orthopedic screws are crucial in stabilizing fractures, fusing bones, or supporting bone reconstruction. These screw sets are designed for use in larger bones, such as those in the hip, femur, tibia, or other weight-bearing structures. Here are some key points about orthopedic screw sets: Composition: A large screw set may include screws of various sizes, lengths, and types. It might also contain additional components like plates, rods, or other fixation devices. Material: Orthopedic screws are often made of biocompatible materials such as titanium or stainless steel. These materials are chosen for their strength, durability, and compatibility with the human body. Applications: Large screw sets are commonly used in procedures like hip or knee replacements, fracture fixation in long bones, or spinal surgeries where larger screws are needed for stability. Specialized Screws: Depending on the surgical need, the set may include different types of screws, such as cortical screws, cancellous screws, or locking screws. Each type serves a specific purpose in bone fixation.
DHS (Dynamic Hip Screw): The Dynamic Hip Screw is a surgical implant commonly used in orthopedic procedures, particularly for fixing fractures of the hip. It's part of the treatment for hip fractures, and the set of instruments used in conjunction with it includes various tools needed for implantation. DCS (Dynamic Compression Screw): Similar to DHS, Dynamic Compression Screw is also a type of orthopedic implant used for fixation in bone fractures, especially in long bones such as the femur. It allows for compression at the fracture site during the healing process. The term "Instrument Set" in the context of orthopedics generally refers to a collection of surgical instruments specifically designed for a particular procedure, such as hip or femur fixation. These sets typically include drills, screws, plates, and other tools necessary for the surgical intervention.
The term "Pediatric D.H.S. Instrument Set" likely refers to a specialized set of instruments used in orthopedic surgery, specifically for the treatment of pediatric patients. D.H.S. stands for Dynamic Hip Screw, which is a surgical implant used to stabilize fractures of the hip. Pediatric orthopedic instrument sets are designed to accommodate the smaller anatomy of children and are equipped with instruments suitable for pediatric orthopedic procedures. These sets typically include instruments like: Pediatric D.H.S. Plates: Specially designed plates to accommodate the anatomy of pediatric patients. Screws: Various sizes of screws for fixation. Drills and Drill Bits: To create holes for screws. Bone Hooks and Elevators: For manipulating and lifting bones during surgery. Bone Awls: Used for preparing the bone surface for implant placement. Clamps and Forceps: To hold and manipulate tissues during surgery. Retractors: Instruments used to hold back tissues and provide access to the surgical site. Sterilization Trays: Containers to hold and sterilize the instruments.
DHS and DCS typically stand for Dynamic Hip Screw and Dynamic Compression Screw, respectively. These are types of orthopedic implants commonly used in the treatment of hip fractures. The DHS system involves a plate and a screw to stabilize fractures, while the DCS system is a variation with a different screw design. The term "DHS DCS orthopedic Implant Set" likely refers to a comprehensive set of instruments and implants used by orthopedic surgeons for the fixation of hip fractures. These sets typically include various plate sizes, screws, and other surgical instruments needed for the specific procedure.
Condylar plates are often used in orthopedic surgery, particularly in the context of fractures involving the condyles of long bones, such as the femur or humerus. The instrument set associated with condylar plates typically includes a variety of tools designed to aid in the precise placement and fixation of these plates during surgery. Components commonly found in a Condylar Plate Instrument Set may include: Condylar plates: These are specially designed plates with screw holes that match the anatomy of the condyles. Screws: Various types and sizes of screws are included for fixation of the condylar plates to the bone. Plate benders and contouring tools: Instruments used to shape the plates to fit the specific anatomy of the patient. Drills and drill guides: Tools for creating holes in the bone for screw placement. Screwdrivers and screwdriver handles: Instruments for inserting and tightening screws into the condylar plates. Depth gauges and measuring devices: Instruments to measure the depth and length of screws during surgery. Sterilization trays and containers: Containers designed for sterilizing and storing the instruments.
An instrument set for 7.0mm large cannulated cancellous bones might include various tools needed for procedures such as bone grafting, fixation, or joint reconstruction. These sets often contain items like: Cannulated Drill Bits: Used for creating holes in the bone for screws or other implants. The cannulation allows for precise placement over a guide wire. Cannulated Reamers: These instruments are employed to enlarge the diameter of a hole, typically for accommodating larger screws or implants. Cannulated Taps: Taps are used to create threads in the bone for screws. Cannulation aids in following the path of the guide wire. Cannulated Screwdriver Handles and Blades: Used for the insertion of cannulated screws into the prepared bone holes. Depth Gauges: Measure the depth of drilled holes to ensure proper placement of implants. Guide Wires: Thin wires used to guide the placement of other instruments and implants. Bone Graft Instruments: If bone grafting is part of the procedure, instruments for harvesting and placing bone graft may be included. Instrument Trays and Sterilization Cases: For organizing and sterilizing the instruments before surgery. Instrument Set Case: A durable case for storing and transporting the entire instrument set.
An orthopedic 6.5mm Cannulated Cancellous Screw Instrument Set is a specialized medical tool kit designed for orthopedic surgeons to perform surgical procedures involving the use of 6.5mm cannulated cancellous screws. These screws are commonly used in orthopedic surgeries, particularly in procedures related to bone fractures or joint stabilization. The instrument set typically includes a variety of tools necessary for the proper insertion and fixation of the screws. The components of the set may vary, but it generally includes: Cannulated Drill Bits: These are specialized drill bits with a hollow center (cannulation) to allow the insertion of the screw through the drill. Cannulated Taps: Taps are used to create threads in the bone before screw insertion, and the cannulation allows for the passage of the screw through the tap. Cannulated Screwdriver Handles: Handles designed to hold the cannulated screwdrivers securely during the insertion process. Cannulated Screwdrivers: Screwdrivers with a hollow center to guide the screw into the pre-drilled hole. Depth Gauges: Instruments to measure the depth of the drilled hole, ensuring proper screw placement. Depth Stops: Attachments for drills or taps to control the depth of penetration during the drilling or tapping process. Lag Screw Guides: Instruments used to guide the cannulated screws accurately into the bone. Sterilization Trays and Cases: Containers for sterilizing and organizing the instruments for surgical use.
A large cannulated cancellous screw is a type of orthopedic implant used in the field of orthopedic surgery, particularly in the fixation of bone fractures. Let's break down the key terms: Large Cannulated Screw: Large: Indicates that the screw has a significant diameter. Larger screws are often used for fractures or bone fragments that require more stability and support. Cannulated: Refers to the hollow center of the screw. The cannulation allows for the insertion of a guide wire or other instrumentation through the screw during the surgical procedure. This is beneficial for accurate placement and minimally invasive techniques. Cancellous Screw: Cancellous bone: This type of bone is spongy and porous, found at the ends of long bones and in the pelvis. It has a trabecular structure with open spaces filled with bone marrow. Cancellous screw: Designed specifically for use in cancellous bone. These screws have a thread pattern and design that provide better purchase in the softer, spongy bone compared to cortical bone screws. Applications: Large cannulated cancellous screws are commonly used in orthopedic surgeries, such as: Fracture Fixation: Especially in bones with a significant cancellous component, like the hip or the distal end of long bones. The large size and cannulated nature facilitate the stabilization of fractured bone fragments. Joint Fusions: Screw fixation is often used in procedures where joint surfaces need to be fused together. Orthopedic Trauma: In cases of complex fractures or non-unions where stable fixation is crucial for successful healing. Minimally Invasive Techniques: The cannulation allows for the use of guide wires and other instruments, making it suitable for minimally invasive procedures. Orthopedic Reconstruction: Large cannulated cancellous screws may be used in reconstructive surgeries to restore bone alignment and stability.
A 4.0mm cannulated cancellous orthopedic screw set typically consists of surgical instruments and screws designed for orthopedic procedures, specifically in the context of treating cancellous bone. Cancellous bone, also known as spongy or trabecular bone, is found at the ends of long bones and in the pelvis. It has a porous structure and is often involved in fracture fixation and orthopedic surgeries. Here's a general overview of what you might find in a 4.0mm cannulated cancellous orthopedic screw set: Screws: 4.0mm cannulated cancellous screws: These screws are designed to be inserted into cancellous bone. The cannulated design allows for insertion over a guide wire, aiding precision during surgery. Instrumentation: Drill bits: To create pilot holes for the screws. Cannulated drill guides: Assist in maintaining the correct trajectory while drilling and facilitate the insertion of the screws. Depth gauges: Measure the depth of the hole to ensure proper screw length. Tap handles and taps: Used for threading the pilot hole to accommodate the screw threads. Insertion tools: Aid in the controlled and accurate placement of screws. Cannulated screwdriver handles and screwdrivers: Facilitate the final tightening of screws. Case and Sterilization Container: The set may come in a sterilizable container or case for convenient storage and transportation. Instructions for Use (IFU): Detailed instructions on the proper use, handling, and sterilization procedures for the instruments and screws. Optional Components: Guide wires: Used for creating a path for the insertion of screws. Image intensifier: In some cases, fluoroscopy or other imaging tools may be used to assist in proper screw placement.
A Bone Holding Forceps Set is a collection of surgical instruments designed for grasping and holding bones during orthopedic procedures. These forceps are essential tools used by orthopedic surgeons to manipulate and stabilize bones, facilitating precise and controlled movements during surgeries. The set typically includes various types and sizes of forceps, each serving a specific purpose in different aspects of orthopedic surgery. Key features of a Bone Holding Forceps Set may include: Variety of Forceps: The set may include different types of forceps, such as bone-holding forceps, reduction forceps, and fragment-holding forceps. Each type is designed for specific tasks in bone manipulation. Size Range: Forceps in the set often come in various sizes to accommodate different bone sizes and patient anatomies. Material: High-quality stainless steel is commonly used in the construction of these forceps to ensure durability, corrosion resistance, and easy sterilization. Locking Mechanism: Many forceps have a locking mechanism to securely hold the bone in place during the surgical procedure. Ergonomic Design: The forceps are designed with ergonomic handles to provide a comfortable grip for the surgeon, allowing for precise control and reduced hand fatigue during surgery. Sterilization Compatibility: Since these instruments are used in surgical procedures, they must be compatible with standard sterilization methods such as autoclaving.
A general orthopedic instrument set typically includes a variety of tools and instruments used by orthopedic surgeons for various procedures related to the musculoskeletal system. The specific instruments in a set may vary based on the manufacturer and the intended use, but here is a general overview of the types of instruments commonly found in orthopedic sets: Bone Cutting Instruments: Bone scissors Bone rongeurs Gigli saw Bone nibblers Bone Holding and Reduction Instruments: Bone clamps Reduction forceps Bone-holding forceps Bone reduction forceps Drilling and Tapping Instruments: Bone drills Drill bits Taps and handles Screwdrivers Probing and Measuring Instruments: Depth gauges Probes Calipers Rulers Soft Tissue Instruments: Tissue forceps Tissue scissors Tissue retractors Implant Insertion Instruments: Instrumentation for placing screws, plates, and nails Screwdrivers and screwdriver handles Plate benders and contouring instruments Joint Instruments: Arthroscopy instruments (if applicable) Joint retractors Joint hooks Orthopedic Power Tools: Oscillating saws Reciprocating saws Drill systems Sterilization Trays and Containers: Trays for organizing and sterilizing instruments Containers for storage Miscellaneous Instruments: Mallets Chisels Osteotomes Wire cutters.
Hemiarthroplasty is a surgical procedure where one half of a joint is replaced with a prosthesis. It's commonly performed in cases of hip fractures, particularly in elderly patients. The surgical instruments required for hemiarthroplasty typically include: Bone Saw: Used for cutting the femoral head during the procedure. Osteotomes: For cutting and shaping bone. Chisels: For precise bone shaping and removal. Rasps and Files: Used for smoothing and shaping bone surfaces. Drills and Drill Guides: For drilling holes into the bone for the insertion of screws or other fixation devices. Implant Insertion Instruments: Specialized tools for placing the prosthetic components into the bone. Bone Cement and Cement Mixing Tools: In some cases, bone cement is used to secure the prosthetic components. This requires mixing tools and application instruments. Screwdrivers and Fixation Hardware: For fixation of the prosthetic components and stabilizing the joint. Retractors: To hold back soft tissues and provide clear visibility of the surgical site. Surgical Suction: For removing blood and other fluids from the surgical field to maintain visibility. Sterile Drapes and Gowns: Essential for maintaining a sterile environment during surgery. Implant Sizing Templates: Used to select the appropriate size of the prosthetic components. Curette and Bone Gouge: For removal of debris and unhealthy bone tissue. Hemostatic Agents and Instruments: To control bleeding during the surgery. Surgical Scissors and Forceps: For general tissue handling and manipulation. Sterile Containers and Trays: To hold and organize the instruments in a sterile manner. X-ray Equipment: Intraoperative fluoroscopy or portable X-ray machines may be used to confirm proper placement of the prosthetic components.
The Thompson prosthesis is a type of hip prosthesis used in orthopedic surgery for hip replacement. The instrument set required for a Thompson prosthesis procedure typically includes the following: Femoral reamers: These instruments are used to prepare the femoral canal to receive the femoral component of the prosthesis. Femoral broaches: Broaches are used to shape the femoral canal to the appropriate size and shape for the prosthesis. Femoral rasps: These instruments help refine the shape of the femoral canal and ensure a proper fit for the femoral component. Femoral trial components: These are temporary components used to assess the fit and stability of the prosthesis before final implantation. Acetabular reamers: Similar to femoral reamers, acetabular reamers are used to prepare the acetabulum (hip socket) to receive the acetabular component of the prosthesis. Acetabular cups: These are the components that replace the damaged or diseased acetabulum. They come in various sizes to accommodate different patients. Acetabular screws or press-fit implants: These are used to secure the acetabular cup in place. Screws are often used in cases where additional stability is needed, while press-fit implants rely on friction to stay in place. Trial reduction instruments: These tools help the surgeon assess the range of motion and stability of the hip joint with the trial components in place. Surgical instruments for soft tissue manipulation and closure: This includes retractors, forceps, scissors, and sutures for accessing the surgical site and closing incisions. X-ray equipment: Fluoroscopy or portable X-ray machines are often used during the procedure to ensure proper positioning and placement of the prosthesis components.
Orthopedic external fixators are used in orthopedic surgery to stabilize and align fractures or bone segments externally. There are various instruments used in the application and management of external fixators, including: Hexagonal Screws: These are used to fix the rods or bars to the bone. Rods or Bars: These are the main components of the external fixator system that connect the screws and provide stability. Clamps or Couplings: These are used to connect the rods or bars to each other or to other components of the fixator. Wrenches or Spanners: These are used to tighten or loosen the screws, clamps, or couplings. Drill Guides: Used to guide the drill when placing screws into the bone. Drills: Used to create holes in the bone for insertion of screws. Pin Insertion Instruments: These include tools for accurately inserting pins into the bone. Wire Tensioners: Used to tension wires used in some types of external fixators. Wire Cutters: For cutting wires used in fixation. Clamp Spreaders: Used to open or close clamps for attachment or removal. Pin Holders: Instruments used to hold the pins while they are being inserted into the bone. Template Guides: These guides help in determining the optimal placement of screws or pins. Tensioning Devices: Some external fixator systems require devices to apply controlled tension to the fixator construct. Distractors: Used to gradually distract or separate bone fragments for gradual correction of deformities. Measuring Devices: Instruments for measuring the length and alignment of the fixator components and bone segments. Sterilization Trays and Containers: Containers used for sterilizing and organizing the instruments before surgery.