Healthcare Professional View
Jindal Medi Surge is a leader in the development and manufacturing of high-quality orthopedic implants, including a comprehensive range of plate implants designed to meet the diverse needs of orthopedic surgeons worldwide. Our products are engineered to provide stability, strength, and reliability, supporting optimal patient outcomes.
This user manual is intended to provide healthcare professionals with detailed guidance on the safe and effective use of Jindal Medi Surge orthopedic plate implants. The manual covers product descriptions, surgical techniques, maintenance procedures, and more, ensuring that users have all the necessary information to utilize our implants effectively.
Orthopedic plate implants are used in the surgical treatment of bone fractures, deformities, and reconstructive procedures. These plates are designed to stabilize bone segments and support the healing process, whether in trauma cases, corrective surgeries, or complex orthopedic reconstructions.
Ensure all implants and instruments are sterilized before use.
Inspect implants and instruments for any damage or defects before surgery.
Adhere to standard surgical protocols and aseptic techniques during all procedures.
Indications:
Fractures of long bones (e.g., femur, tibia, humerus)
Fractures of small bones (e.g., metacarpals, metatarsals)
Osteotomies and corrective surgeries
Reconstructive surgeries following tumor resection
Non-union or malunion fractures
Contraindications:
Active infection at the surgical site
Severe osteoporosis or poor bone quality
Patient sensitivity to implant materials
Inadequate bone stock for proper fixation
Do not reuse implant components.
Handle implants with care to avoid mechanical damage.
Confirm the correct placement of implants using intraoperative imaging.
Follow postoperative care instructions to minimize complications.
Sterilize implants and instruments using autoclave or other approved methods.
Follow the manufacturer’s guidelines for sterilization parameters.
Store implants in a clean, dry environment to maintain sterility and integrity.
Locking Plates
Description: Feature locking screw technology that provides angular stability.
Applications: Complex fractures, osteoporotic bone, and cases requiring minimal soft tissue disruption.
Non-Locking Plates
Description: Traditional plates that rely on compression between the plate and bone.
Applications: Diaphyseal fractures, simple fractures, and reconstructive surgeries.
Compression Plates
Description: Designed to apply dynamic compression across a fracture site.
Applications: Transverse and oblique fractures, osteotomies.
Reconstruction Plates
Description: Contourable plates that can be shaped to match the anatomy.
Applications: Complex fractures, pelvic and acetabular fractures.
Specialty Plates
Description: Includes T-plates, L-plates, and anatomical plates designed for specific anatomical locations.
Applications: Fractures of the distal radius, distal femur, proximal humerus, etc.
Screws: Available in locking, non-locking, cortical, and cancellous types.
Washers: Used to distribute load or bridge small defects.
Guide Wires: Assist in the precise placement of screws.
Instrumentation Set: Includes drills, screwdrivers, bending irons, and other tools required for plate fixation.
Titanium Alloy: Lightweight, strong, and biocompatible, suitable for a wide range of orthopedic applications.
Stainless Steel: Durable and resistant to corrosion, commonly used in trauma surgery.
Bioabsorbable Materials: Used in specialized components designed to degrade over time, reducing the need for a second surgery.
Detailed size charts and specifications for each type of plate implant, including thickness, length, and hole configuration, are provided in the appendix.
Conduct a thorough patient assessment, including imaging studies (X-ray, CT scan) to evaluate the fracture pattern and bone quality.
Determine the appropriate type, size, and shape of the plate based on the patient's anatomy and fracture characteristics.
Ensure the availability of all necessary implant components and surgical instruments.
Plate benders
Drill bits and guides
Screwdrivers and taps
Depth gauges
Clamps and reduction forceps
Plate Fixation for Diaphyseal Fractures
Patient Positioning: Place the patient in a position that allows optimal access to the fracture site.
Incision: Make a skin incision along the fracture site and expose the bone.
Fracture Reduction: Reduce the fracture using clamps or other reduction tools.
Plate Selection and Placement: Select the appropriate plate and contour it to fit the bone surface.
Drilling and Screw Placement: Drill holes through the plate into the bone and insert screws to secure the plate.
Final Inspection: Verify correct placement using imaging and ensure stability.
Wound Closure: Close the incision with sutures and apply sterile dressings.
Monitor the patient for signs of infection or complications.
Encourage early mobilization and weight-bearing as per the surgeon's instructions.
Schedule follow-up visits to assess implant stability and bone healing using imaging studies.
Cleaning: Use appropriate cleaning agents and brushes to remove debris and contaminants from implants and instruments.
Inspection: Check implants and instruments for signs of wear, damage, or corrosion before sterilization.
Sterilization: Follow autoclave guidelines or other approved sterilization methods.
Lubrication: Apply medical-grade lubricant to movable parts, if applicable, to ensure smooth operation during surgery.
Store implants and instruments in a controlled environment, away from moisture and contaminants.
Use sterilizable cases or trays to organize implants and instruments, preventing damage and ensuring sterility.
Maintain proper inventory management to avoid the use of expired or compromised products.
Handle implants with care to avoid contamination and damage to critical surfaces.
Use appropriate tools and techniques for implant insertion and adjustment to prevent damage to the implant or surrounding tissues.
Follow aseptic techniques throughout the surgical procedure to maintain implant sterility.
Issue: Implant migration or loosening
Solution: Ensure correct plate size and proper screw placement. Verify the integrity of the bone stock and consider additional fixation if necessary.
Issue: Plate breakage
Solution: Choose the appropriate plate size and material based on patient-specific factors. Avoid excessive mechanical stress on the implant during and after surgery.
Issue: Infection at the surgical site
Solution: Follow strict aseptic techniques during surgery. Administer prophylactic antibiotics as recommended and monitor the patient closely during the postoperative period.
For any technical issues or questions, please contact Jindal Medi Surge customer support at:
Email: info@jmshealth.com
Website: www.jmshealth.com
Include relevant clinical studies, research papers, and articles that support the use and efficacy of Jindal Medi Surge orthopedic plate implants.
Provide information on regulatory approvals and compliance with international standards for orthopedic implants.
Thank you for choosing Jindal Medi Surge. We are committed to supporting you with high-quality orthopedic solutions and exceptional customer service.