đźšš Free Worldwide Shipping on All Orders!Shop Now
HomeStore

3M 88939 Pneumatic Random Orbital Sander, 5 in Non-Vacuum, 5/16 in Orbit, 12000 RPM, .28 HP Motor (7100258882)

3M 88939 Pneumatic Random Orbital Sander, 5 in Non-Vacuum, 5/16 in Orbit, 12000 RPM, .28 HP Motor (7100258882)

3M 7100258882 Description

Durable, lightweight pneumatic random orbital sander with a precision-balanced .28 HP (209W) motor and variable speed delivering up to 12,000 RPM for a swirl-free finish; ideal for non-vacuum sanding applications with a 5 in pad and 5/16 in orbit.

3M 7100258882 Includes

  • (1) Pneumatic Random Orbital Sander

3M 7100258882 Features

  • Lightweight, comfortable design
  • Precision-balanced .28 HP (209W) motor
  • Variable speed up to 12,000 RPM
  • 5 in pad with 5/16 in orbit
  • Non-vacuum configuration for simple setup
  • Swirl-free finish for professional results

3M 7100258882 Specifications

Power Source Pneumatic
Tool Diameter 5 in
Orbit Diameter 5/16 in
Maximum Speed 12000 RPM
Motor Power .28 HP (209W)
Vacuum Type Non-Vacuum
$69.52

Original: $231.72

-70%
3M 88939 Pneumatic Random Orbital Sander, 5 in Non-Vacuum, 5/16 in Orbit, 12000 RPM, .28 HP Motor (7100258882)—

$231.72

$69.52

Product Information

Shipping & Returns

Description

3M 7100258882 Description

Durable, lightweight pneumatic random orbital sander with a precision-balanced .28 HP (209W) motor and variable speed delivering up to 12,000 RPM for a swirl-free finish; ideal for non-vacuum sanding applications with a 5 in pad and 5/16 in orbit.

3M 7100258882 Includes

  • (1) Pneumatic Random Orbital Sander

3M 7100258882 Features

  • Lightweight, comfortable design
  • Precision-balanced .28 HP (209W) motor
  • Variable speed up to 12,000 RPM
  • 5 in pad with 5/16 in orbit
  • Non-vacuum configuration for simple setup
  • Swirl-free finish for professional results

3M 7100258882 Specifications

Power Source Pneumatic
Tool Diameter 5 in
Orbit Diameter 5/16 in
Maximum Speed 12000 RPM
Motor Power .28 HP (209W)
Vacuum Type Non-Vacuum