Mitek 252322 Cor X-Calibrator Drill Bit 8mm Variable Diameter Orthopedic

Mitek 252322 Cor X-Calibrator Drill Bit 8mm Variable Diameter Orthopedic

• Model: 252322
• Diameter: 8mm 
• Compatibility: Fits standard surgical drivers or handpieces compatible with Mitek / DePuy surgical drill shanks and systems; exact connection interface should match the surgical power tool or handpiece used.

This medical instrument is in pristine, unused condition, sealed in its original packaging and untampered with since leaving the manufacturer. It may have been removed from packaging for the purpose of photo.

The Mitek 252322 Cor Surgical Drill Bit (8 mm) is a high-performance orthopedic instrument engineered for precision bone preparation in surgical procedures. Trusted by surgical teams, this 8 mm drill bit is designed to produce consistent, accurate holes required for secure placement of screws, pins, and other fixation devices in orthopedic and trauma surgeries. Its robust surgical-grade construction helps ensure reliable performance throughout repeated sterilization cycles, making it a valuable addition to any operating room instrument set.

Crafted for ease of use in demanding surgical environments, the Mitek 252322 delivers smooth cutting action and dependable strength for larger-diameter drilling tasks. Ideal for procedures involving long bones, pelvis, or other substantial bone structures, this drill bit supports surgeons in achieving optimal fixation pathways while minimizing tissue trauma. Its compatibility with standard surgical drivers and handpieces helps streamline workflow in high-pressure clinical settings, contributing to efficient and reproducible outcomes.

Whether you’re equipping an orthopedic practice, preparing instrument trays for trauma surgery, or stocking a sterile processing department, this Mitek COR drill bit is engineered to enhance procedural precision and reliability. Its proven design and trusted surgical heritage make it an excellent choice for clinicians focused on delivering exceptional patient care and consistent clinical results in fixation and reconstructive applications.