Adapter configured for convenient disc mount of 2" to 3" Scotch-Brite™ fine bristle discs
Fits on standard tapered spindle for bench motors
Threaded attachment
Helps contribute to success of metalworking applications, including finishing and polishing
Tapered Spindle Mount Adapter helps operators attach bristle discs to bench motors
Tackle the Tough Ones Tight areas and tough spots — these are workpiece challenges industrial professionals face when fashioning various parts. Scotch-Brite™ Radial Bristle Discs are springy abrasives that conform to substrates, forgive part protrusions and extrusions, and get inside internal diameters when necessary. But it takes more than a disc to get the job done. The 3M™ Tapered Spindle Mount Adapter was created to help operators attach their Scotch-Brite™ 2" and 3" Radial Bristle Discs (sold separately) to their bench motors, so they can get back to the business of polishing and finishing.
Maintenance and Assembly The 1/16" to 1/2" wide adapter has a threaded attachment type, which locks the bristle disc to the tapered spindle shaft with some simple twists. To bring the system to life, industrial professionals will typically start by removing outer guards from the bench motor and attaching the tapered spindle to the shaft. The 3M™ Tapered Spindle Mount Adapter threads through the bristle disc's center hole and attaches to the tapered spindle on the bench motor. Once all parts are secure and locked in place, operators are ready to get to work.
Make the Most of Your Disc Scotch-Brite™ bristle discs are flexible enough to conform to irregular surfaces, producing consistent finishes even on the most complex parts. Given their small size, they can fit inside internal diameters and help finish small areas. From electronics and aerospace manufacturing to jewelry making and woodworking, Scotch-Brite™ Radial Bristle Discs help operators across industries achieve fine finishes. With that in mind, 3M designed the 3M™ Tapered Spindle Mount Adapter to help you make the most of your disc and minimize the need for investment in additional equipment.