3M™ Electric Random Orbital Sander, 150 mm, 5 mm Orbit, 230 V, Plug Type C, Vacuum-Ready, 33766

The 3M™ Electric Random Orbital Sander is designed to help deliver high-quality surface preparation and finishing results while helping to improve the performance of your 3M Abrasives. With electric power you can help increase mobility without the need for compressed air. A multihole back-up pad and shroud offer effective dust extraction, and the brushless motor requires less maintenance, no brushes to replace.

When you prep vehicle surfaces day in and day out, you need a sander that helps you produce your finest finishes without grinding you down. The 3M™ Electric Random Orbital Sander is an effective DA sanding tool that runs smoothly. Designed to help improve the performance of 3M Abrasives, the 3M™ Electric Random Orbital Sander delivers quality professional surface prep and finishing results. The sander includes variable speed adjustment and a brushless motor that requires less maintenance, no brushes to replace. And when you use it with the 3M™ Dust Extractor — every sander has a central vacuum hose system connection — you can gain time and efficiencies by reducing dust in the air from sanding, which can mean less rework and less cleanup time. A multihole back-up pad and shroud offer strong dust extraction helping you maintain a cleaner workspace. Without the need for compressed air, the electric sander is easy to move around. Other technician-friendly features include push button controls and quick connect push over hose adaptor. The 3M™ Electric Random Orbital Sander is part of the 3M™ Clean Sanding System, a complete sanding solution for efficiently moving through your essential surface preparation and finishing work. The system includes our dust extractors, pneumatic or electric random orbital sanders, mobile workstation, wide selection of quality abrasives, and personal protective equipment. With the 3M™ Clean Sanding System, you have a complete solution that can help create a cleaner workspace and more efficient cycle times.