towallmark 2.6A Random Orbital Sander, 350W Orbital Sander with 6 Variable Speed,13000RPM Electric Sander with 12Pcs Sandpapers,1 Pcs Dust

Towallmark Random Orbital Sander 2.6A (350W) /13000 OPM motor offers strong power, It can work 6000-13000 orbits per minute comparing with traditional manual grinding.Six Adjustable speed dial supports you to monitor the exact right speed according to different work,meet your different applications of sanding. This Random Orbital Sander with dust collection box collect dust in a special way, filter the air, to keep the work area clean, dust box easy to disassemble. This sander provides a clean work environment and it is an ideal tool for indoor works. Ergonomically designed handle and rubberised soft grip low vibration, low noise to provide maximum control and comfort. Dust sealed switch minimises contamination with conveniently located lock-on button for continuous use and increase operator comfort. Furniture making: You can use an orbital sander on furniture. Random orbital sanders are great for wood furniture because they won't leave elliptical-shaped streaks in the wood. Whether you are making furniture or refurbishing it, orbital sanders can give your furniture the smooth surfaces they will need for staining or painting. Cabinetry making: Cabinet making and furniture making differ in their needs and demands. This difference comes into play because cabinet making involves more built-in and interlocking components. Orbital sanders are perfect for smoothing out the joints on a cabinet. Staircase building: Orbital sanders are a must-have when it comes to building staircases, where smoothness and speed are vital. Toy manufacturing: Orbital sanders are great for making wood, plastic or metal toys. Just make sure you get the proper size of sander for the toy you are making. Deciding which sandpaper will work best for your project is the first step to using your orbital sander. Different sandpapers have different levels of grit. The higher a sandpaper's grit, the finer the grain particles and vice versa. Consider varying levels of grit for sandpaper to get the r

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