Caspar Vertebral Body Distraction Set – Xtreem Invent

The Caspar Vertebral Body Distraction Set by Xtreem Invent is a specialized orthopedic spinal instrument system designed to provide controlled distraction of vertebral bodies during spinal fusion and decompression procedures. Manufactured with precision from high-grade surgical stainless steel, this set ensures durability, reliability, and superior performance in critical spine surgeries.

Key Features

• Material: Premium surgical stainless steel

• Function: Provides controlled vertebral body distraction for safe surgical access

• Components: Complete distraction system with distractor, screws, and instrumentation

• Design: Ergonomic handles for surgeon comfort and precision control

• Sterilization: Fully autoclavable and resistant to corrosion

• Durability: Long-lasting performance even under repeated surgical use

Specifications

• Set Includes: Caspar distractor frame, distraction screws, screwdriver, and accessories

• Sizes: Multiple screw lengths for various patient anatomies

• Screw Design: Self-retaining with secure grip for stability

• Frame: Lightweight yet robust distraction mechanism

• Packaging: Supplied in a sterile, protective surgical instrument box

Benefits

• Enables controlled vertebral distraction for accurate surgical access

• Reduces surgical trauma with stable and precise distraction

• Ergonomic design minimizes surgeon fatigue

• Versatile for multiple spinal fusion and decompression procedures

Applications

• Spinal fusion surgeries

• Vertebral body distraction

• Cervical spine decompression

• Orthopedic spine reconstruction procedures

Why Choose Xtreem Invent?

• ISO & CE-certified manufacturer of spinal surgical instruments

• Precision-engineered for consistent results in spine surgery

• Trusted worldwide by leading orthopedic and spine surgeons

• Delivered with secure packaging for international supply

Order the Caspar Vertebral Body Distraction Set from Xtreem Invent today—engineered for stability, control, and precision in spinal surgery.