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Random Orbital Sander, 5 inch Non-Vacuum, 3/16" Orbit - 3M Automotive

Part #: 20317

The 3M™ Random Orbital Sander 20317 is engineered for professional automotive and industrial applications requiring precise material removal and a high-quality finish. This 5-inch non-vacuum tool, featuring a 3/16-inch orbit, delivers consistent performance for tasks ranging from featheredging to final sanding. Designed for durability and user comfort, this pneumatic sander is a reliable addition to any professional's toolkit.

Key Features

  • Powerful Performance: Equipped with a .28 horsepower motor, providing ample power for demanding sanding operations.
  • Optimal Finish: The 3/16-inch (5 mm) orbit ensures an aggressive cut and a smooth, swirl-free finish on various surfaces.
  • Non-Vacuum Design: Ideal for applications where dust extraction is managed separately or not required.
  • Lightweight Construction: Weighing just 1.65 pounds, it reduces operator fatigue during extended use.
  • High Operating Speed: Achieves a maximum operating speed of 12,000 RPM for efficient material removal.
  • Included Pad: Comes complete with 3M's 5-inch Stikit™ Pad 20351, ready for immediate use.

Applications

This random orbital sander is well-suited for a variety of tasks in automotive body repair, woodworking, and general industrial finishing. Professional technicians and mechanics can utilize the 3M™ 20317 for paint preparation, feather edging, sanding body filler, and achieving a uniform surface prior to primer or paint application. Its non-vacuum configuration makes it a practical choice in environments where local dust collection or manual cleanup is preferred.

Specifications

  • 3M Part Number: 20317
  • UPC: 51141203171
  • Maximum Operating Speed: 12,000 RPM
  • Power Type: Pneumatic
  • Disc Size: 5 inch (127 mm)
  • Orbit: 3/16 inch (5 mm)
  • Power: .28 HP
  • Vacuum Type: Non-Vacuum
  • Height: 3.26 inch (82.9 mm)
  • Length: 5.89 inch (149.6 mm)
  • Weight: 1.65 lbs
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This product was added to our catalog on Monday 16 July, 2012.