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DePuy 2903-77 2.0mm Mini Philips Driver Orthopedic 7-1/2"
DePuy 2903-77 2.0mm Mini Philips Driver Orthopedic 7-1/2"
$88.00
DePuy 2903-77 2.0mm Mini Philips Driver Orthopedic 7-1/2"—
$88.00
Product Information
Product Information
Shipping & Returns
Shipping & Returns
• Model: 2903-77
• Tip Size: 2.0 mm Phillips
• Overall Length: 7-1/2 inches
Precision Screw Engagement for Orthopedic Fixation
The DePuy 2903‑77 2.0 mm Mini Phillips Driver Orthopedic 7‑1/2″ is engineered to deliver reliable performance and precise engagement with 2.0 mm Phillips‑head screws in orthopedic trauma and fixation procedures. Built by DePuy, a trusted leader in surgical instrument manufacturing, this mini Phillips driver provides the exact fit and torque control clinicians expect when seating delicate hardware in small‑fragment bone work. Its 2.0 mm tip is sized to engage tiny screw heads confidently, ensuring consistent engagement without cam‑out or stripping — a critical factor in complex fracture repair and reconstructive workflows.
Ergonomic Length for Optimal Reach and Control
Measuring approximately 7‑1/2″ (19 cm) overall, this orthopedic driver blends reach and maneuverability in the sterile field. The straight shaft and balanced length allow surgeons to access deeper surgical sites while maintaining tactile control and alignment. Crafted from surgical‑grade stainless steel, the instrument resists corrosion and stands up to repeated sterilization cycles, making it a dependable reusable addition to your orthopedic instrument trays in hospitals and ambulatory surgery centers.
Essential for Modern Orthopedic Procedures
Ideal for use with mini‑fragment, small‑bone, and general orthopedic plating systems, the DePuy 2.0 mm Mini Phillips Driver simplifies screw placement and seating in a variety of clinical cases. Whether you’re performing distal radius, hand, foot, or other small‑bone fixation, this precision driver enhances procedural efficiency and helps achieve secure hardware fixation. Trusted by surgeons and OR teams, it supports consistent clinical outcomes and integrates seamlessly into established surgical workflows.
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.