Arthrex AR-1662S-1 Implant System Birmingham Biceps BX/1

• Model: AR-1662S-1
• w/ PEEK SwiveLock, FiberLink Plus, Free Needle, Tap & Reamer

Elevate your proximal biceps tenodesis workflow with the Arthrex AR‑1662S‑1 Birmingham Biceps Implant System — a complete, procedure‑ready kit designed to streamline the “Birmingham Biceps™” sub‑pectoral tenodesis technique. This innovative system includes a 5.5 mm PEEK SwiveLock® anchor, FiberLink® Plus whip‑stitch suture system, pilot‑headed reamer, tap, and free needle — all packaged for convenience and efficiency. Developed in consultation with leading sports‑medicine surgeons, the system is engineered to position the anchor at the anatomically defined “Pallium Pectoralis” landmark, minimizing humeral stress‑risers and optimizing fixation strength.

The AR‑1662S‑1 kit is built to deliver reproducible results with minimal instrumentation. The small‑profile 5.5 mm PEEK SwiveLock anchor conserves bone and reduces potential for humeral fracture post‑surgery. Combined with the FiberLink® Plus system for tendon whip‑stitching, the kit enables tension‑controlled fixation and improved surgical throughput. Whether you’re addressing biceps pathology in athletes or standard‑duty patients, this implant system offers a robust, streamlined solution aligned with modern tenodesis best‑practices.

For surgical teams focused on operational efficiency and optimal patient outcomes, the AR‑1662S‑1 Birmingham Biceps Implant System offers significant advantages. With instrumentation and implant packaged together, you reduce OR case setup time and instrument inventory complexity. Incorporating the trusted SwiveLock anchor systems and protocols from Arthrex’s tenodesis platform, this kit supports predictable fixation, reduced intra‑operative variability and a smaller procedural footprint. Upgrade your tenodesis protocol with confidence and precision.

The Arthrex AR 1662S 1 Implant System is suitable for hospitals, surgery centers, and orthopedic practices focused on shoulder repair. It integrates into established arthroscopic and open surgical techniques and is compatible with standard surgical instrumentation. This system is intended to support stable long term outcomes in biceps tenodesis procedures.