Jai Surgicals Limited products

Handle reinforces the blade and enhances cutting action and control of the line of incision.

Secure ergonomic grip: The unique handle with finger cradle and bubble non-slip grip provides stability and control for both left and right handed users even when making long incisions. Provides clear view of the surgical site. Sharp, Durable and Strong Blade: Highly controlled sharpening and heat treatment processes ensure consistently sharp, durable and strong blades.

Secure Classic Ribbed Grip: The ergonomic premium handle with a classic-ribbed grip and finger cradle provides stability and control for both left and right handed users even when making long incisions. Provides clear view of the surgical site. Sharp, Durable and Strong Blade: Highly controlled sharpening and heat treatment processes ensure consistently sharp, durable and strong blades.

DIAMANTINE™ Edge High Performance Blades are manufactured to precise angles; the cutting edge is coated with a diamond like material, which is bio-compatible and highly corrosion resistant, using an environmentally friendly process. This specification enhances initial sharpness, strength and sharpness retention. Laboratory testing shows significant performance improvements over the best conventional scalpel blades.

Conventional surgical blades are available in both high carbon and stainless steel. British Standard BS 2982:1992, ISO 7153-1:1991. Compatible with the SAFhandle™ reusable scalpel metal handle as well as conventional scalpel handles conforming to ISO 7740:1985/EN 27740:1992 standards. Available in a full range of blade sizes. Each blade is individually packed in aluminum foil. Carbon Steel blades are VPI paper protected. Blade sizes are clearly identified on the reverse side of the foil peel-pack. Supplied sterile in unit dispenser boxes of 100.

The SAFhandle Safety Scalpel blades have a round tip to prevent needlestick injuries when the scalpel is in use or exoosed. Round tip scalpel blades are recommended as a solution for reducing percutaneous injuries by the the CDC, AORN and EPINET of the University of Virginia`s International Healthcare Worker Safety Center.