DePuy FF-10503 4.1mm Drill Bit Orthopedic 9-3/4"

DePuy FF-10503 4.1mm Drill Bit Orthopedic 9-3/4"

• Model: FF-10503
• Diameter: 4.1 mm
• Overall Length: 9-3/4 inches 

Precision 4.1 mm Orthopedic Drilling for Enhanced Surgical Control
The DePuy FF‑10503 4.1 mm Drill Bit Orthopedic 9‑3/4″ is engineered for consistent performance in demanding orthopedic surgical procedures. With an exact 4.1 mm diameter, this drill bit creates precise pilot and gliding holes that support accurate placement of screws, pins, and fixation hardware. Its extended 9‑3/4‑inch overall length gives surgeons the reach needed for deep operative access without sacrificing tactile feel or control, making it a reliable choice for both open and minimally invasive workflows. 

Durable Construction for Operating Room Reliability
Manufactured from high‑grade surgical stainless steel, the FF‑10503 bit withstands strict sterilization protocols and repeated use in high‑volume surgical settings while maintaining cutting edge integrity. The twist/fluted design assists in efficient bone cutting and chip removal, helping ensure smooth drilling action with minimal drag — a key factor in orthopedic bone preparation. Its straight shank design is compatible with common surgical drill drivers and power handles, simplifying integration into existing instrument trays. 

Essential Component of Orthopedic Instrument Sets
Ideal for trauma, reconstructive, and general orthopedic procedures, the DePuy FF‑10503 4.1 mm Drill Bit enhances procedural precision and operative efficiency. Whether preparing gliding holes for cortical screw fixation or drilling in confined anatomical regions, this drill bit is a dependable tool for surgeons seeking consistent clinical outcomes. Its trusted DePuy heritage and robust construction make it a valuable addition to any orthopedic surgical instrument set.

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.