Mitek 252310 COR Drill Bit 4mm Orthopedic 6-1/4"

Mitek 252310 COR Drill Bit 4mm Orthopedic 6-1/4"

• Model: 252310
• Diameter: 4mm
• Overall Length: 6-1/4 inches

Precision Bone Drilling for Orthopedic Procedures
Ideal for clinical workflows requiring accurate and reliable bone hole creation, the Mitek 252310 COR Surgical Drill Bit 4 mm delivers exceptional performance in orthopedic surgery. Designed for use with trusted DePuy/Mitek instrument sets, this 4 mm drill bit enables surgeons to prepare bone sites with precise diameter control essential for secure placement of screws, pins, or soft-tissue anchors. The 4 mm size fits a wide range of small-fragment fixation tasks, helping support consistency and reproducibility in trauma, reconstructive, and sports medicine procedures.

Balanced Length and Durable Construction
Measuring approximately 6¼ inches in overall length, this surgical drill bit provides the reach necessary for deeper operative access while still offering tactile control for delicate bone work. Manufactured from high-grade surgical stainless steel, the instrument resists corrosion and maintains its structural integrity through repeated sterilization cycles. The precisely engineered twist or flute cutting profile promotes efficient bone penetration and chip evacuation, optimizing drilling speed and minimizing drag during critical procedural steps.

A Core Component of Orthopedic Instrument Sets
Whether preparing pilot holes for screw fixation, anchor placement, or other orthopedic implant systems, the Mitek 252310 4 mm COR™ Drill Bit is a dependable addition to your surgical toolkit. Its compatibility with standard surgical drivers and its durable, autoclavable design make it a practical choice for hospitals, ambulatory surgical centers, and specialty orthopedic practices. Trusted by surgical teams, this drill bit helps enhance accuracy, streamline operative workflow, and support positive clinical 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.