Dynabrade 59025 Dynorbital-Spirit Non-Vacuum Random Orbital Sander, 6-Inch, Teal

Dynabrade 59025 Dynorbital-Spirit Non-Vacuum Random Orbital Sander, 6-Inch, Teal

• Includes low profile, premium urethane weight-mated sanding pad. Optional vacuum conversion kits are available to easily convert non-vacuum tool to self-generated vacuum tool or central vacuum tool. Grey lever identifies 3/16″ (5 mm) dia. orbit, used for general sanding.
• Drop-In Motor available (sold separately) to reduce costly down-time associated with routine maintenance. More Power – True 12,000 RPM air motor. Floating rotor utilizes five blades, producing more usable power (.25 hp/186 W). High-strength, composite rotor has better lubricating qualities, allowing blades to last longer. Less air (14 SCFM/396 LPM) is used more efficiently to maintain maximum power.
• New Comfort Platform provides additional hand and wrist support, further enhancing operator comfort. Also offers increased protection against cold air exhaust. (NOTE: Comfort Platform is removable.) Order 59330 Comfort Platform separately, to install on existing tools!
• Throttle lever recesses into housing grip when depressed, eliminating pressure-point on operator’s palm. Dynorbital-Spirit® lever is made from composite material to insulate against cold air. Lever is color-coded to designate tool orbit. Easy maintenance and vacuum conversion. Muffler elements are easily changed for convenient maintenance. Convert non-vacuum model to vacuum with simple addition of optional vacuum components. Low Sound Levels. Muffling system reduces exhaust sound levels.
• Speed Control allows thumb-control regulating of tool speed. Lighter air-motor assembly, ideal for vertical and overhead sanding applications. Precision one-piece motor shaft and counterbalance. High-quality Double Row Pad Bearing, protected by unique V-Seal, improves bearing life and ensures reduced vibration. Perfectly-balanced, weight-mated sanding pad with one-piece hub design. Dynabrade premium urethane pads offer smoother operating performance and minimal vibration

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