VEVOR 10AMP Belt Sander, 4" x 24" Belt Sanders for Woodworking with 6 Speeds 274-480 m/min, DSSGJS100AMP47J4IV1

VEVOR 10AMP Belt Sander, 4" x 24" Belt Sanders for Woodworking with 6 Speeds 274-480 m/min, DSSGJS100AMP47J4IV1, 840349961651

Powerful Sander Machine with 2 in 1 Vacuum Adapter, 2 Dust Bags, 2 Sanding Belts.

• 4" x 24" Belt Sander: VEVOR 10A powerful belt sander delivers a robust 1200W output, providing high power for your sanding tasks. Paired with 4" x 24" large sanding area and 2 x 80 Grit sanding belts (one is aluminum oxide belt), it supports efficient sanding of wood and metal surfaces, removing materials and transforming rough surfaces into smooth ones in short time.
• Set the Right Speed: The 10Amp copper motor provides reliable power with 6-speed settings, from 274m/min to 480m/min. You can select the most optimal sanding speed based on various work tasks and different materials. From high-speed material removal to fine sanding, this belt sander for woodworking can easily handle it all for outstanding results.
• Optimized Dust-Free Sanding: 2-in-1 (32mm and 35mm) dust collection adapter can be connected to a shop vac for dust-free environment. Also comes with 2 detachable dust collecting bags (one is metal dust bag with higher wear resistance), effectively capturing dust and preventing it from re-entering the motor through the exhaust vents, thus extending the motor's lifespan.
• Easy and Comfortable Operation: The ergonomic soft-grip handles achieve your optimal grip, enhance comfort and easy to control. It supports various sanding modes, including vertical wood sanding, vertical wall sanding, metal positive sanding and paint surface sanding. Elevate your sanding to the next level !
• Wide Applications: Our variable speed belt sander is widely suited for small and light-duty tasks, suitable for sharpening, stripping paint/varnish down to bare wood, removing rough edges, and smoothing rough wooden pallets. It is versatile for rust removal, paint stripping, and sanding on both metal and non-metal surfaces.