Philos Centering sleeve for K wire 1.5 MM
Philos Centering sleeve for K wire 1.5 MM
Rs.896.00
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Product Information
Product Details
Product Details for PHILOS Centering Sleeve for K-Wire 1.5mm
Manufacturer: Nebula Surgical Pvt. Ltd.
Purpose: The PHILOS Centering Sleeve for K-Wire 1.5mm is a precision-guided instrument designed to align and guide 1.5mm K-wires during proximal humerus fracture fixation procedures with the PHILOS plate system.
Material Composition
- Base Material: Premium-grade stainless steel ensures durability, corrosion resistance, and reliability.
- Finish: Smooth and polished surface for easy handling and sterilization.
Design Features
Precision Centering:
- Guides 1.5mm K-wires accurately through the plate holes, ensuring optimal wire trajectory.
Compact Design:
- Lightweight and ergonomically designed to minimize hand fatigue during procedures.
Threaded Interface:
- Securely fits into PHILOS plate holes, maintaining alignment and stability during wire insertion.
Stainless Steel Construction:
- Provides durability for repeated use in high-demand surgical environments.
Sterilization
- Fully autoclavable, adhering to stringent medical sterilization standards for safe reuse.
Technical Advantages
- Enhanced Accuracy: Ensures precise alignment of K-wires with PHILOS plate system.
- Ease of Use: Simplifies the procedure with its ergonomic and lightweight design.
- Durability: Withstands repeated use and autoclaving without compromising performance.
Compatibility
- Designed specifically for 1.5mm K-wires and the PHILOS plate system.
Benefits for Surgical Use
- Precision: Facilitates accurate K-wire placement, crucial for successful fixation.
- Efficiency: Saves surgical time by streamlining the wire insertion process.
- Safety: Reduces risks associated with misalignment or incorrect wire placement.
Ordering Information
For more details or to place an order, contact Nebula Surgical Pvt. Ltd. directly or visit their website.
The PHILOS Centering Sleeve for K-Wire 1.5mm is a vital instrument for orthopedic surgeries, providing surgeons with precision, efficiency, and reliability during fracture fixation procedures.
