Stryker ACL Tunnel-Preparation Tibia Cortex Reamer 5-Piece Instrument Set

5-Piece Stryker ACL Tunnel-Preparation Tibia Cortex Reamers Instrument Set Orthopedic

INCLUDES:

• 234-020-073 8mm Tibia Cortex Reamer 5-1/4"
• 234-020-074 9mm Tibia Cortex Reamer 5-1/4"
• 234-020-075 10mm Tibia Cortex Reamer 5-1/4"
• 234-020-156 11mm Tibia Cortex Reamer 5-1/4"
• 234-020-157 12mm Tibia Cortex Reamer 5-1/4"
• Warranty: 90 Days

Give your surgical team the precision and flexibility they need for ACL reconstructions with the Stryker 5‑Piece Tibia Cortex Reamers Instrument Set — a compact reamer bundle designed to deliver accurate, reproducible tibial tunnels for graft placement. Including cortex reamers in the essential 8 mm–12 mm range, this set provides the sizing versatility required to match a wide spectrum of graft diameters. Each reamer features calibrated depth markings to aid precise tunnel sizing and depth control, reducing the risk of over‑reaming while enabling consistent outcomes across patients and procedures.

Engineered for compatibility with Stryker’s established ACL/PCL guide system, this cortex reamer set integrates seamlessly with tibial drill guides, aiming bullets, and guide‑pins from the Stryker Universal ACL Instrumentation lineup. That means you can rely on accurate tunnel trajectory, consistent graft orientation, and reproducible tunnel placement regardless of surgical technique. Built from surgical‑grade stainless steel for durability, the reamers are fully autoclavable and designed for repeated use in busy operating-room environments — offering longevity and sterile‑processing resilience.

Whether you perform single‑bundle, double‑bundle, or revision ACL reconstructions, the 5‑Piece Tibia Cortex Reamers Set gives you a streamlined, efficient tunnel‑preparation solution. Its compact, focused instrument selection avoids unnecessary redundancy while covering the most commonly used tunnel diameters. Add this set to your surgical instrument portfolio to optimize OR workflow, ensure precise graft accommodation, and support high‑quality, reproducible patient outcomes.

These surgical instruments have been previously used and show visible signs of wear consistent with their prior usage. Despite these signs, they remain in a usable condition, suitable for continued medical procedures.