Philos Drill Sleeve 2.8 MM
Philos Drill Sleeve 2.8 MM
Rs.896.00
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Product Information
Product Details
Product Details for PHILOS Drill Sleeve 2.8mm
Manufacturer: Nebula Surgical Pvt. Ltd.
Purpose: The PHILOS Drill Sleeve 2.8mm is a specialized orthopedic instrument designed to guide 2.8mm drill bits for precise screw placement in proximal humerus fracture fixations using the PHILOS plate system.
Material Composition
- Base Material: Premium stainless steel ensures strength, corrosion resistance, and durability.
- Finish: Polished surface for easy sterilization and smooth handling.
Design Features
Precision Fit:
- Perfectly aligns with the PHILOS plate holes for accurate drilling and screw placement.
Threaded Connection:
- Securely locks into the plate to maintain stability during drilling.
Compact and Lightweight:
- Designed to minimize hand fatigue and ensure ease of use during prolonged surgeries.
Durable Construction:
- Engineered for repeated use in demanding surgical environments.
Sterilization
- Fully autoclavable, adhering to strict medical-grade sterilization protocols for safe reuse.
Technical Advantages
- Enhanced Accuracy: Guides the drill bit precisely through the PHILOS plate, ensuring optimal screw trajectory.
- Durability: Withstands multiple uses and sterilization cycles without compromising performance.
- Ease of Use: Threaded connection provides stability and simplifies the drilling process.
Compatibility
- Designed specifically for use with 2.8mm drill bits and the PHILOS plate system.
Benefits for Surgical Use
- Precision: Guarantees accurate screw placement, improving fixation stability.
- Efficiency: Reduces surgical time by simplifying the drilling process.
- Safety: Minimizes the risk of complications caused by misaligned screws.
Ordering Information
For more details or to place an order, contact Nebula Surgical Pvt. Ltd. directly or visit their website.
The PHILOS Drill Sleeve 2.8mm is an essential tool for surgeons performing proximal humerus fracture fixations, providing precision, reliability, and efficiency in orthopedic procedures.
