BR Surgical SCHEIE WESTCOTT Corneal Scissors, left, curved, blunt, 5"

Yes, the BR Surgical SCHEIE WESTCOTT Corneal Scissors are specifically precision-engineered for delicate ophthalmic procedures. They are designed to provide the control and accuracy required for intricate corneal surgery.

Absolutely. The blunt-tip design is a key feature that helps surgeons perform tissue dissection and cutting with greater safety, minimizing the risk of accidental puncture or trauma during sensitive corneal procedures.

Yes, the left-curved configuration is intentional, allowing for optimal visibility and improved ergonomics when making precise corneal incisions or performing maneuvers where a standard straight blade may be restrictive.

Yes, these scissors are professional-grade instruments. They are manufactured to meet high clinical standards, ensuring they provide the reliability and durability demanded by surgical settings.

This model features a standard 5-inch frame, providing a balanced weight and length that is comfortable for surgeons to handle during extended procedures.

Yes, every unit sold is Factory New, ensuring you receive a sterile-ready, unused instrument that meets all manufacturer performance specifications.

While these are specialized for ophthalmic applications and delicate corneal tissue, their precision-engineered construction makes them excellent for any intricate tissue dissection that requires a small, maneuverable 5-inch instrument with a blunt tip.

The SCHEIE WESTCOTT design is well-regarded for its ease of use in microscopic procedures. The spring-action frame allows for repetitive, controlled snips with minimal fatigue during long surgeries.

Yes, they are constructed from high-quality materials designed for professional surgical use, meaning they are built to withstand the rigors of standard autoclave and sterilization processes used in hospitals and clinics.

The combination of the left-curved curvature and blunt tip allows the surgeon to maintain a better line of sight. This configuration prevents the scissors from obstructing the surgical field, ensuring the surgeon can clearly see the area of the cornea being operated on.