Arthrex AR-2323BCT-2 BioComposite SwiveLock Suture Anchor, Double Loaded 5.5 x 22mm BX/5

Arthrex AR-2323BCT-2 BioComposite SwiveLock Suture Anchor, Double Loaded 5.5 x 22mm BX/5

• Model: AR-2323BCT-2
• Anchor Size: 5.5 mm diameter × 22 mm length
• Suture Configuration: Double-loaded with two #2 TigerTail sutures (White/Black and Blue/Black)
• Box of 5

Elevate your soft-tissue fixation strategy with the Arthrex AR-2323BCT-2 BioComposite SwiveLock Suture Anchor. Designed for demanding arthroscopic and open procedures, this anchor offers a 5.5 mm diameter with a 22 mm length to provide robust fixation while maximizing bone-contact surface and implant stability. The BioComposite body resorbs over time, allowing for gradual load transfer to healing tissue and encouraging biologic integration—all backed by Arthrex’s trusted engineering and clinical history.

The double-loaded configuration—featuring two #2 TigerTail sutures (White/Black and Blue/Black)—enables efficient repair workflows by providing multiple suture passes and secure soft-tissue capture without needing multiple implants. Its knotless SwiveLock design simplifies the procedure, reducing operative time and eliminating bulk from knot stacks. With the fully threaded and vented anchor body, surgeons benefit from high pull-out strength, ease of insertion, and the potential for bone ingrowth through venting, all of which contribute to reliable fixation and improved patient outcomes.

Ideal for rotator cuff repairs, labral reconstructions, and other soft-tissue-to-bone applications, the AR-2323BCT-2 supports surgeon confidence in achieving reproducible repair constructs. Whether the goal is maximizing footprint coverage, optimizing soft-tissue contact, or streamlining suture management in the operating room, this anchor delivers a high-performance solution. With Arthrex’s commitment to integrated instrumentation and repair systems, this anchor integrates seamlessly into your workflow to help enhance fixation strength, repair durability, and surgical efficiency.