Triangular x 220 Grit A/O Hook-Face Non-Vacuum DynaCut Dynafine Disc
Coated with premium P grade aluminum oxide that is sharp and free cutting on a broad range of suraces and matrerials like hard and sof woods, plastics, fiberglass, composites and fabricated metals
The durable Cwt paper backing resist tearing and is still moderately flexible
Triangular x 320 Grit A/O Hook-Face Non-Vacuum DynaCut Dynafine Disc
Coated with premium P grade aluminum oxide that is sharp and free cutting on a broad range of suraces and matrerials like hard and sof woods, plastics, fiberglass, composites and fabricated metals
The durable Cwt paper backing resist tearing and is still moderately flexible
3/8in (10 mm) W x 2in (51 mm) L 120 Grit A/O DynaCut Strip
20 Pack
Coated with premium P grade aluminum oxide that is sharp and free cutting on a broad range of suraces and matrerials like hard and sof woods, plastics, fiberglass, composites and fabricated metals
The durable Cwt paper backing resist tearing and is still moderately flexible
3/8in (10 mm) W x 2in (51 mm) L 180 Grit A/O DynaCut Strip
20 Pack
Coated with premium P grade aluminum oxide that is sharp and free cutting on a broad range of suraces and matrerials like hard and sof woods, plastics, fiberglass, composites and fabricated metals
The durable Cwt paper backing resist tearing and is still moderately flexible
2-3/4in (70 mm) W x 8in (203 mm) L Non-Vacuum Dynaline Disc Pad with Clips, Vinyl-Face
3/8in (10 mm) Thickness Urethane, Medium Density, For PSA Discs
The premium self skinning urethane foam provide optimum support and flexibility for the widest range of sanding applications with coarse to ultra fine grit abrasives.
3/8in (10 mm) thick, medium density pads. Pads mount with four screws.
Random orbital action provides ultra-smooth finishes on wood and coated surfaces. Sanding head provides the random action. Also excellent on metal and composites. Ideal for finesse sanding. Weighs only 1.7 lbs., for great operator comfort and control.
Includes 54034 Sanding Head (accepts sanding pads with 1/4in -20 female thread).
3-2/3in (93 mm) W x 7in (178 mm) L Non-Vacuum Dynabug Disc Pad, Hook-Face, Short Nap
3/8in (10 mm) Thickness Urethane, Medium Density, For Reattachable Discs
The premium self skinning urethane foam provide optimum support and flexibility for the widest range of sanding applications with coarse to ultra fine grit abrasives.
3/8in (10 mm) thick, medium density pads. Pads mount with four screws.
3-2/3in (93 mm) W x 7in (178 mm) L Non-Vacuum Dynabug Disc Pad, Hook-Face, Long Nap
3/8in (10 mm) Thickness Urethane, Medium Density, For NWN Discs
The premium self skinning urethane foam provide optimum support and flexibility for the widest range of sanding applications with coarse to ultra fine grit abrasives.
3/8in (10 mm) thick, medium density pads. Pads mount with four screws.
2-7/8in (73mm) W x 3-1/8in (79mm) L Non-Vacuum Dynafine Triangular Disc Pad, Vinyl Face
3/8in (10mm) Thickness, Urethane, Medium Density, Ideal for PSA Discs
The premium self skinning urethane foam provide optimum support and flexibility for the widest range of sanding applications with coarse to ultra fine grit abrasives.
3/8in (10 mm) thick, medium density pads. Pads mount with four screws.
3-3/4in (95mm) W x 2-3/8in (60mm) L Non-Vacuum Dynafine Tear Drop Disc Pad, Vinyl Face
3/8in (10mm) Thickness, Urethane, Medium Density, Ideal for PSA Discs
The premium self skinning urethane foam provide optimum support and flexibility for the widest range of sanding applications with coarse to ultra fine grit abrasives.
3/8in (10 mm) thick, medium density pads. Pads mount with four screws.
Includes low profile, premium urethane weight-mated sanding pad. Black lever identifies 3/32in (2.5 mm) Diameter orbit, used for ultra-fine 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.