White Suture High Quality Meniscal Repair System-CE ISO Approved-Manufactured
Introduction: Why Choose Our Meniscal Repair System?

As a dedicated manufacturer in the sports medicine sector, we are committed to addressing clinical challenges through engineering innovation. From its inception, our All-Inside Arthroscopic Meniscal Repair System has been engineered with two core priorities: minimizing operative time and maximizing anatomical reduction stability. Our goal is to deliver high-standard, high-ROI orthopedic consumables to healthcare institutions and procurement distributors worldwide.

1. Pure All-Inside Arthroscopic Design: Minimizing Surgical Trauma
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Clinical Value: Our system enables entirely arthroscopic procedures, eliminating the need for additional posteromedial or posterolateral incisions.
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Procurement Benefits: For posterior horn meniscal tears—the most prevalent clinical presentation—this design significantly mitigates the risk of neurovascular injury and accelerates post-operative recovery. This makes it a preferred, mainstream consumable for top-tier hospitals and ambulatory surgery centers (ASCs).
2. Material Science Driven: Multi-Track Options for Diversified Clinical Needs
To help distributors accommodate varying healthcare budgets and surgeon preferences, we offer three biocompatibility-verified anchor materials:
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Biodegradable Option (PLLA/PGA): Gradually degrades and absorbs in vivo post-surgery, eliminating the need for a secondary removal procedure and reducing foreign body sensation for the patient.
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High-Performance Polymer (PEEK): Features exceptional mechanical strength and fatigue resistance. It is fully MRI-compatible and radiolucent.
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Titanium Anchors: Provides premium pullout performance specifically for complex, chronic, or severe tears.
3. Pre-Loaded High-Strength Suture: Maximizing OR Efficiency
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Technical Specifications: Each device comes pre-loaded with high-strength Ultra-High-Molecular-Weight Polyethylene (UHMWPE) suture, ensuring excellent knot security and long-term stability without slippage.
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Workflow Innovation: By eliminating intraoperative suture threading, the system saves critical time in the operating room (OR). The color-coded suture design ensures effortless differentiation, even under the low-light visualization of Arthroscopy.
4. Robust Fixation Performance: Pullout Strength Exceeding 80N
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Quality Assurance: Rigorous biomechanical testing verifies that our fixation system consistently exceeds the 80N industry standard for pullout force.
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Prognostic Security: The system maintains superior fixation rigidity throughout the critical meniscal healing cycle, significantly reducing the risks of post-operative displacement, anchor migration, or revision rates due to re-tears.
5. Cross-Departmental Versatility & Superior Compatibility
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Standardized Interface: Seamlessly compatible with standard 4.5mm to 6.0mm arthroscopic cannulas, allowing surgeons to utilize their existing instrument sets without additional capital investment.
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Indication Expansion:Beyond medial and lateral Meniscal Repairs, the underlying mechanics of this system extend to shoulder applications (SLAP lesions) and hip procedures (acetabular labrum repair), vastly diversifying a distributor’s product portfolio.
Here is the professional B2B English translation of the surgical technique section. It has been formatted as a clean, scannable Markdown table using industry-standard medical terminology (such as debridement, anatomical coaptation, and immediate stability) to maintain high E-E-A-T value for international buyers and clinical auditors.
Standardized Clinical Pathway (Surgical Technique)
To ensure clinical safety and consistent device efficacy, we recommend that operators follow this standardized six-step protocol (illustrated using meniscus repair):
| Stage | Key Operational Steps | Clinical Objective & Rationale |
|---|---|---|
| 1. Arthroscopic Assessment | Accurately identify tear morphology (e.g., longitudinal, radial), precise location, and local vascularity. | Evaluate repair feasibility and determine the optimal anchor placement strategy. |
| 2. Tear Preparation | Thoroughly debride degenerated tissue along the tear edges using an Arthroscopic Shaver or rasp. | Re-activate local blood supply and stimulate endogenous fibrocartilage healing. |
| 3. Device Insertion | Under direct arthroscopic visualization, safely advance the repair delivery system through the standard portal. | Prevent iatrogenic damage to the articular cartilage and cruciate ligaments. |
| 4. Anchor Deployment | Precisely span both sides of the meniscal tear, deploying the first and second anchors sequentially. | Achieve stable, two-point horizontal bridging fixation across the tear line. |
| 5. Suture Tensioning | Incrementally tension the pre-loaded UHMWPE suture to achieve tight anatomical coaptation of the edges. | Eliminate anatomical dead space and provide robust mechanical compression. |
| 6. Fixation Verification | Apply push-pull stress to the repaired meniscus using an arthroscopic probe. | Confirm immediate post-fixation stability and determine if additional anchors are required based on tear length. |











