This product is manufactured from PLDLA (Poly-L/D-Lactic Acid) bioabsorbable polymer with excellent biocompatibility. After implantation, it gradually undergoes hydrolytic absorption over time, eliminating the need for a secondary removal surgery and reducing the risk of long-term foreign-body retention. The bioabsorbable anchor, handle, and suture are provided as a complete sterile, ready-to-use kit, allowing for efficient and convenient intraoperative use.
The anchor provides sufficient initial fixation strength and pull-out resistance to support stable soft-tissue fixation during the healing period. As tissue healing progresses, the material gradually degrades, helping to reduce long-term implant-related complications. In addition, PLDLA is a non-metallic material that does not interfere with MRI or CT imaging, facilitating postoperative evaluation and follow-up.
Clinically, it is suitable for a wide range of soft tissue–to–bone repair procedures, including rotator cuff repair, glenoid labrum repair, and other joint soft-tissue fixation applications, and is particularly appropriate for cases in which avoidance of permanent implants is desired.
▲Bioabsorbable,no secondary removal surgery required : PLDLA is a polymer that can be hydrolytically degraded by the human body. After implantation, it is gradually absorbed, eliminating the need for a secondary implant removal procedure and reducing patient burden and surgery-related risks.
▲Excellent biocompatibility : PLDLA is gradually broken down in the body into lactic acid, which can be metabolized, making it less likely to cause long-term foreign-body irritation. When used at appropriate surgical sites, it may help reduce complications associated with long-term implant retention.
▲Fixation strength designed to meet clinical requirements : Through optimized thread design and overall geometry (such as fully threaded or hybrid thread configurations), PLDLA anchors can provide sufficient initial holding strength and pull-out resistance to support tissue healing.
▲Avoids postoperative imaging interference : Compared with metallic anchors, PLDLA does not produce significant artifacts or signal distortion on MRI or CT imaging, allowing for clearer postoperative evaluation and follow-up.