Product Details
Meniscal Repair System from China Suppliers - Quality Implants & Instruments for Effective Fixation in Factory Production
Key Features & Advantages
- 1 The fixation rods are injection-molded from PEEK material, offering high strength and excellent biocompatibility.
- 2 Integrated 2-0 ultra-strong suture made of ultra-high-molecular-weight polyethylene (UHMWPE) enhances fixation strength.
- 3 High-strength inserter needle resists bending, providing reliable support for meniscal repair.
- 4 Laser-etched depth markings on the distal tip of the inserter, combined with handle-scale indicators, allow precise depth control.
- 5 360° deployment capability ensures convenient and flexible operation.
- 6 Multiple angled inserter tips are available to meet different types of meniscal injuries.
Model Specifications
Models / Specifications
| Available Specification Models |
|---|
| JSMF-ⅠW |
| JSMF-ⅠD |
| JSMF-ⅡW |
| JSMF-ⅡD |
| JSMF-ⅢW |
| JSMF-ⅢD |
Frequently Asked Questions
Q: What materials are used for the fixation rods in this system?
The fixation rods are injection-molded from high-strength PEEK material, which offers exceptional mechanical performance and excellent biocompatibility.
Q: How does the suture contribute to the fixation strength?
The system features an integrated 2-0 ultra-strong suture made of ultra-high-molecular-weight polyethylene (UHMWPE) to provide reliable and long-lasting fixation support.
Q: How is precise depth control achieved during the surgical procedure?
Precise depth control is managed via laser-etched depth markings on the distal tip of the inserter, combined with visual indicators on the handle scale.
Q: Are there different configurations for varying types of meniscal injuries?
Yes, multiple angled inserter tips are available to meet the specific requirements of different meniscal injury configurations and anatomical variations.
Q: Does the inserter support flexible deployment?
Yes, the system is designed with a 360° deployment capability, facilitating highly convenient and flexible surgical operations.



