Zimmer 00-2490-064-50 4.9mm Calibrated Cannulated Drill Bit Orthopedic 17-5/8"
Zimmer 00-2490-064-50 Orthopedic 4.9mm Calibrated Cannulated Drill Bit 17-5/8"
• Model: 00-2490-064-50
• Diameter: 4.9mm
• Overall Length: 17-5/8 inches (45.0cm)
Optimize your orthopedic OR performance with the Zimmer 00‑2490‑064‑50 4.9 mm Calibrated Cannulated Drill Bit, a precision surgical drill designed for reliable, accurate pilot hole creation in trauma and fixation procedures. This 4.9 mm cannulated drill bit is engineered to run over a guide wire, providing orthopedic surgeons with the stability and control needed to reduce deviation and “walking” on bone — a common challenge in freehand drilling. Its calibrated diameter ensures a predictable, consistent path for subsequent screw insertion and implant placement, making it ideal for use with Zimmer Biomet cannulated systems.
Crafted from high‑grade surgical stainless steel, this long‑shaft drill bit delivers exceptional durability, corrosion resistance, and repeated sterilization tolerance — essential qualities for instruments used in high‑stakes operating rooms. At approximately 17‑5/8″ in length, it offers extended reach for deeper operative fields while maintaining rigidity and surgeon control. Whether preparing pilot holes in foot, ankle, or small‑bone applications, the Zimmer 00‑2490‑064‑50 helps streamline surgical workflow with precision and ease.
Trusted by orthopedic professionals worldwide and backed by Zimmer’s legacy of quality instrumentation, the Zimmer 00‑2490‑064‑50 Calibrated Cannulated Drill Bit is an essential addition to your trauma set, implant tray, or instrument inventory. Perfect for hospitals, ambulatory surgery centers, and orthopedic clinics alike, this drill bit supports accurate screw fixation and contributes to improved clinical outcomes by minimizing surgical variability — helping your team achieve consistent results with confidence.
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.
Original: $114.00
-65%$114.00
$39.90Product Information
Product Information
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Description
Zimmer 00-2490-064-50 Orthopedic 4.9mm Calibrated Cannulated Drill Bit 17-5/8"
• Model: 00-2490-064-50
• Diameter: 4.9mm
• Overall Length: 17-5/8 inches (45.0cm)
Optimize your orthopedic OR performance with the Zimmer 00‑2490‑064‑50 4.9 mm Calibrated Cannulated Drill Bit, a precision surgical drill designed for reliable, accurate pilot hole creation in trauma and fixation procedures. This 4.9 mm cannulated drill bit is engineered to run over a guide wire, providing orthopedic surgeons with the stability and control needed to reduce deviation and “walking” on bone — a common challenge in freehand drilling. Its calibrated diameter ensures a predictable, consistent path for subsequent screw insertion and implant placement, making it ideal for use with Zimmer Biomet cannulated systems.
Crafted from high‑grade surgical stainless steel, this long‑shaft drill bit delivers exceptional durability, corrosion resistance, and repeated sterilization tolerance — essential qualities for instruments used in high‑stakes operating rooms. At approximately 17‑5/8″ in length, it offers extended reach for deeper operative fields while maintaining rigidity and surgeon control. Whether preparing pilot holes in foot, ankle, or small‑bone applications, the Zimmer 00‑2490‑064‑50 helps streamline surgical workflow with precision and ease.
Trusted by orthopedic professionals worldwide and backed by Zimmer’s legacy of quality instrumentation, the Zimmer 00‑2490‑064‑50 Calibrated Cannulated Drill Bit is an essential addition to your trauma set, implant tray, or instrument inventory. Perfect for hospitals, ambulatory surgery centers, and orthopedic clinics alike, this drill bit supports accurate screw fixation and contributes to improved clinical outcomes by minimizing surgical variability — helping your team achieve consistent results with confidence.
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.
