DePuy 2903-01 Cannulated Hex Driver 3.5mm Orthopedic 9-1/2"
DePuy 2903-01 Cannulated Hex Driver 3.5mm Orthopedic 9-1/2" is backordered and will ship as soon as it is back in stock.
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DePuy 2903-01 Cannulated Hex Driver 3.5mm Orthopedic 9-1/2"
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DAMIEN HOUSE
Located in Guayaquil, Ecuador, Damien House exists to provide care and help dispel the stigma of those affected by Hansen's Disease (Leprosy).
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PROJECT PERFECT WORLD
Project Perfect World provides orthopedic surgery for children worldwide.




• Model: 2903-01
• 3.5mm
• Overall Length: 9-1/2 inches
Enhance your orthopedic surgical toolkit with the DePuy 2903‑01 Cannulated Hex Driver 3.5 mm 9½″, a precision‑engineered instrument designed specifically for accurate seating of 3.5 mm hex screws in small bone fixation procedures. Its cannulated design enables the driver to glide smoothly over a guide wire or pin, ensuring precise implant placement and minimizing tissue disruption during trauma, extremity, and reconstructive surgeries — a must‑have for surgeons seeking reliable performance and control.
Constructed from durable surgical‑grade stainless steel and measuring approximately 9.5 inches, this hex driver provides the optimal balance of reach and ergonomic handling for use in confined surgical fields. The ergonomic handle and straight shaft deliver consistent torque transmission with reduced surgeon fatigue, making it ideal for procedures that require delicate manipulation and confident screw engagement.
Whether in a hospital operating room, ambulatory surgical center, or orthopedic trauma suite, the DePuy 2903‑01 enhances procedural efficiency by offering dependable performance in fracture fixation and screw insertion workflows. Trusted by orthopedic specialists, this driver supports precise, reproducible results and is a valuable addition to any surgical instrument set.
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.