SYNTHETIC MOUNTED POINTS BLEND AND POLISH MACHINE AND MOLD MARKS
Description
A line of mounted points that are ideally suited for blending and polishing machine and mold marks from medical prostheses and other critical parts is available from Rex-Cut Products, Inc. of Fall River, Massachusetts.
Rex-Cut Megabrite™ Mounted Points are made from a non-woven synthetic fiber material that is compressed, bonded, and impregnated with abrasives. Soft and resilient, they provide smooth, chatter-free operation, will not change a part’s geometry, and are ideally suited for blending and polishing critical parts made from stainless steel, titanium, and exotic alloys.
Available in over 150 industry standard A, B, and W shapes with 1/8” and 1/4” shanks, in aluminum oxide and silicon carbide abrasive grits, Rex-Cut Megabrite™ Mounted Points conform well to holes, contours, radii, and edges. Capable of easily being dressed and formed, they are also offered in a hard density for light deburring, cleaning, and blending applications.
Rex-Cut Megabrite™ Mounted Points are priced according to shape, size, and quantity. Samples, literature, and pricing are available upon request.
Rex-Cut Megabrite™ Mounted Points are made from a non-woven synthetic fiber material that is compressed, bonded, and impregnated with abrasives. Soft and resilient, they provide smooth, chatter-free operation, will not change a part’s geometry, and are ideally suited for blending and polishing critical parts made from stainless steel, titanium, and exotic alloys.
Available in over 150 industry standard A, B, and W shapes with 1/8” and 1/4” shanks, in aluminum oxide and silicon carbide abrasive grits, Rex-Cut Megabrite™ Mounted Points conform well to holes, contours, radii, and edges. Capable of easily being dressed and formed, they are also offered in a hard density for light deburring, cleaning, and blending applications.
Rex-Cut Megabrite™ Mounted Points are priced according to shape, size, and quantity. Samples, literature, and pricing are available upon request.