Rex-Cut Cotton Fiber Mounted Points Remove Tool Marks and Maintain Part Geometry

FALL RIVER, MA--(Marketwire - May 8, 2012) - Rex-Cut Abrasives offers a full line of Cotton Fiber Mounted Points that remove tool marks from medical prosthetic devices without changing part geometry. Available in a broad range of sizes, they are well suited for both hand-held and automated finishing applications.

Rex-Cut® Cotton Fiber Mounted Points are impregnated with aluminum oxide abrasives in a proprietary bond and constantly reveal fresh abrasives as they work. Providing smooth operator control, they remove tool marks from critical parts such as medical prosthetic devices without changing the part geometry and are ideal for use in hand-held and stationary tools.

Available in coarse, medium, and fine grits for deburring, blending, and finishing all types of machined, cast, and welded fabrications, Rex-Cut^® Cotton Fiber Mounted Points are capable of leaving a 32 RMS surface finish on stainless steel and titanium. Effective for final finishing, they come in 25 shapes and sizes from 3/8" to 2" dia. and 3/8" to 2" long.

Rex-Cut^® Cotton Fiber Mounted Points are priced according to shape, size, and quantity. Free samples and pricing are available upon request.

About Rex-Cut Abrasives

Rex-Cut Abrasives is the oldest manufacturer of cotton fiber abrasive grinding and finishing products in the world. Since the early 1920s, they have been manufacturing a non-woven cotton fabric that is impregnated with abrasive grit and then pressed and formed into various shapes. These specialty abrasive products constantly reveal fresh abrasives as they work and typically reduce finishing steps in all types of industrial and architectural welding and metal fabrication applications.

In 2008, Rex-Cut became 100% employee-owned, a loyal and experienced team who has a true interest in the continued success of the company. Rex-Cut offers a broad line of reinforced non-woven cotton fiber abrasive products for a wide range of grinding, deburring, blending, and finishing operations on stainless steel, exotic alloys, aluminum other metals, fiberglass and certain composites.