Mitek 211113 2.9mm Super Anchor Drill Bit Orthopedic 7"

• Model: 211113
• Diameter: 2.9mm
• Overall Length: 7 inches

Precision Drilling for Optimal Anchor Placement
The Mitek 211113 2.9 mm Super Anchor Drill Bit Orthopedic 7″ is engineered to deliver consistent performance in critical orthopedic procedures requiring accurate pilot hole creation. Designed specifically for use with Mitek Super Anchor, RC, and GLS suture anchor systems, this 2.9 mm diameter drill bit ensures the proper bone tunnel size and alignment needed for secure anchor fixation in soft tissue repair. Its precise dimensions and surgical-grade construction help facilitate effective tissue repair in rotator cuff, shoulder, and ligament stabilization workflows. 

Durable Construction Meets Surgical Demands
Measuring approximately 7 inches in overall length, this Super Anchor drill bit balances reach and control in both arthroscopic and open surgical fields. Crafted from surgical-grade stainless steel, it is corrosion-resistant and built to withstand repeated sterilization cycles, maintaining its cutting integrity over time. The round shaft and optimized flute design support stable rotation and efficient bone penetration, helping surgeons maintain smooth, reliable drilling action throughout procedures. 

Essential Component of Orthopedic Instrument Sets
Perfect for inclusion in trauma and soft tissue repair instrument trays, the Mitek 211113 Super Anchor Drill Bit is a dependable choice for orthopedic surgeons and OR teams focused on precision and consistency. Whether preparing bone for anchor placement in arthroscopic shoulder therapy or other soft tissue fixation applications, this drill bit enhances surgical precision and supports high-quality clinical outcomes. Its compatibility with standard surgical drill drivers and trusted Mitek anchor systems makes it a versatile tool for modern orthopedic practice.

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.