Biomet 912057 JuggerKnot 2.9mm Soft Anchor Disposable Kit w/ Guide, Obturator & Drill Bit

Biomet 912057 JuggerKnot 2.9mm Soft Anchor Disposable Kit w/ Guide, Obturator & Drill Bit

• Model: 912057 Biomet
• 2.9mm
• Includes Guide, Obturator & Drill Bit

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

The 912057 JuggerKnot 2.9 mm Disposable Kit is a sterile, single-use instrument set tailored for the advanced placement of JuggerKnot soft anchors. Included within the kit are a guide, obturator, and drill bit, facilitating precise anchor placement in soft tissue repair scenarios where the 2.9 mm anchor is selected. Designed to integrate seamlessly with Zimmer Biomet’s JuggerKnot anchor system, this kit supports accurate, reproducible insertion while minimizing soft tissue disruption during shoulder, knee, and other small-joint procedures.

The 2.9 mm JuggerKnot soft anchor itself is a 100% all-suture device loaded with a double strand of #2 MaxBraid™ polyester suture, providing a high pull-out strength of approximately 120 pounds in bone—even though its size remains compact compared to traditional rigid anchors. Because no rigid implant components remain, the system reduces intra-articular debris and preserves bone structure—a key advantage for potential revisions or future surgeries. The guideless drill and inserter design also offer surgeon preference for flexibility in placement while maintaining consistency and efficiency.

Clinically, the 912057 kit streamlines small‑joint soft tissue to bone fixation, particularly in the shoulder and other orthopedic repairs. Its disposable format eliminates the need for sterilization between cases, improving OR workflow and infection control. The combination of compact anchor footprint, ease of placement, and robust fixation strength makes it a reliable solution for minimally invasive repairs requiring precision, reproducibility, and the high biomechanical strength demanded in sports medicine and outpatient orthopedic settings.