The Miltex Lewis Rasp is an essential tool in the field of orthopedic surgery, offering high precision for bone shaping and smoothing. This specialized rasp is particularly crafted to assist surgeons in detailed work, providing a seamless experience during complex procedures. Available in a 7½ inch size, it features both fine and coarse teeth options to ensure adaptability to specific surgical needs.

The backward cutting design of the Miltex Lewis Rasp makes it a unique and must-have instrument in any surgical toolkit. This feature is crucial for reaching challenging areas and delivering exact results in bone contouring. Its versatility and precision make it ideal for a range of orthopedic surgeries, helping to achieve successful outcomes. Choose the Miltex Lewis Rasp for a blend of innovation and reliability that supports surgical excellence.

Key Features:

• Available in both fine and coarse teeth variants, the Miltex Lewis Rasp offers versatility to cater to different surgical needs, providing precise control over bone shaping and smoothing.
• The 7½ inch length provides a comfortable grip and leverage, enhancing the surgeon's ability to maneuver the instrument with precision in confined areas.

Uses:

• The Miltex Lewis Rasp is designed for orthopedic procedures to aid in shaping and smoothing bone surfaces. It can be used in various surgical scenarios, particularly to ensure precise bone contouring and removal of excess material during reconstructive surgeries.
• The backward-cutting feature is highly beneficial in accessing hard-to-reach areas where forward motion is restricted, making it indispensable in detailed orthopedic interventions.

FAQs:

1. What is the purpose of a backward cutting rasp?
A backward cutting rasp is designed to facilitate cutting in reverse strokes, allowing surgeons to reach and work on areas that are difficult to access with standard rasps.

2. Are there multiple tooth options available?
Yes, the Miltex Lewis Rasp comes with both fine and coarse teeth options to accommodate different surgical requirements.