ORTHOPROMED 606 Mini Cannulated Drill
$1,290.00
– Precision-engineered for orthopedic trauma procedures
– Compatible with all brands of intramedullary nails and K-wires
– Center hole diameter of 0-4mm for high accuracy
– Ergonomic design for user comfort and optimal weight distribution
– Water-resistant and autoclavable for enhanced durability
– Features a rotating lock for better control and safety
– Long-lasting 2000mAh Lithium battery for efficient operation
– Low noise output with variable speed control
– Lightweight and portable for easy handling during surgeries
– Built for reliability with high-quality materials for long-term use
ORTHOPROMED 606 Mini Cannulated Drill
The ORTHOPROMED 606 Mini Cannulated Drill is a precision-engineered surgical tool designed for orthopedic trauma procedures, intramedullary nailing, and K-wire operations. Featuring advanced technology and an ergonomic design, this drill ensures efficiency, comfort, and durability.
Key Features & Applications:
- Versatile Compatibility: Works with all brands of intramedullary nails and K-wires.
- Ideal for Trauma Surgeries: Designed for precision in various orthopedic procedures.
- Precision Engineering: Center hole diameter of 0-4mm for high accuracy.
- Ergonomic & Balanced Design: Ensures user comfort with optimal weight distribution.
- High Durability: Integrated, water-resistant, and autoclavable design with excellent sealing.
- Enhanced Security: Features a rotating lock for better control and safety.
- Long-Lasting Power: Equipped with a 2000mAh Lithium battery for consistent and efficient operation.
- Quiet & Efficient: Low noise output, minimal wear, and variable speed control.
Specifications & Standard Configuration:


Why Choose ORTHOPROMED 606?
- Reliable & Durable: Built for long-term use with high-quality materials.
- Easy to Operate: Smooth functionality with variable speed control.
- Compact & Portable: Lightweight and efficient for orthopedic surgeries.
Order now for high-performance orthopedic surgical precision!
















