Mitek 213207 Super RC GII GLS Drill Guide Orthopedic 6-1/2"

Mitek 213207 Super RC GII GLS Drill Guide Orthopedic 6-1/2"

• Model: 213207
• Intended Applications: Designed for use with Mitek GII, Super, RC, and GLS suture anchor systems
• Slotted guide channel
• Overall Length: 6-1/2 inches

Precision Drill Alignment for Sports Medicine and Orthopedic Repairs
The Mitek 213207 Super RC GII GLS Drill Guide Orthopedic 6-1/2″ is engineered to deliver dependable drill alignment and stabilization when preparing bone for anchor placement in a variety of orthopedic procedures. Designed to be compatible with Mitek GII, Super, RC, and GLS systems, this slotted drill guide ensures precise trajectory and controlled entry when creating pilot holes for suture anchors used in rotator cuff, labral, and ligament repair surgeries. Its robust guide channel helps maintain the correct drill path — a key factor in achieving secure fixation and consistent surgical outcomes. 

Durable Construction for Reusable Surgical Use
Measuring approximately 6-1/2 inches overall, this drill guide delivers the reach and handling surgeons need within the operative field. Crafted from high-grade surgical-steel, the instrument is built to withstand repeated sterilization cycles while maintaining its structural integrity and precision. The slotted design accommodates guide wires and drill bits while providing tactile feedback, helping clinicians focus on accurate bone preparation without compromising control or efficiency. 

Essential Component of Orthopedic Instrument Sets
Ideal for inclusion in sports medicine and trauma instrument trays, the Mitek 213207 drill guide integrates seamlessly into established surgical workflows. Whether used in hospital operating rooms, ambulatory surgical centers, or specialty orthopedic clinics, this guide supports clinicians in executing meticulous anchor hole placement, improving procedural confidence and aiding superior clinical outcomes. Its trusted construction and compatibility with widely used Mitek repair systems make it a reliable tool for orthopedic teams.

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.