DePuy Ace 2631 Power Driver Attachment 4.5mm 5-1/2"

• Model: 2631
• Drill Compatibility: Interfaces with 4.5 mm diameter instruments
• Overall Length: 5-1/2 inches

Reliable Powered Drilling for Orthopedic Procedures
The DePuy ACE 2631 Power Driver Attachment 4.5 mm is a precision-engineered orthopedic power tool accessory designed to deliver reliable performance in demanding surgical environments. Engineered by DePuy Synthes — a trusted name in orthopedic instrumentation — this attachment enables seamless integration with compatible power handpieces for driven applications requiring 4.5 mm diameter drilling. Whether preparing bone for cortical screw fixation, creating pilot holes, or performing other bone-access steps, this power driver attachment helps streamline workflows with consistent power delivery and control. 

Ergonomic Design With Enhanced Control
Measuring approximately 5½ inches in overall length, the ACE 2631 Attachment strikes an ideal balance between maneuverability and reach in the sterile field. Its robust construction from surgical-grade materials ensures longevity through repeated sterilization cycles, while the quick-connect design allows rapid tool changes during procedures. Surgeons and OR staff will appreciate the secure interface and dependable performance when paired with compatible 4.5 mm drill bits and orthopedic power systems. 

Essential for Modern Orthopedic Instrument Sets
Ideal for use in fracture fixation, plate application, and general orthopedic surgery, the DePuy ACE 2631 Power Driver Attachment enhances procedural efficiency and accuracy. Its versatile design makes it a valuable addition to large-fragment instrument trays in hospitals, ambulatory surgical centers, and specialty orthopedic clinics. Backed by DePuy’s reputation for quality, this power attachment supports surgeons in delivering precise, high-quality outcomes for patients.

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.