Jet 1632 Oscillating Drum Sander with Stand

JWDS-1632 Drum Sander with Stand 723520K Introducing the newly redesigned JET JWDS-1632 Drum Sander from JET. The innovative tool-less parallelism system keeps adjustments simple. The worktable is easily positioned by a turn of the parallelism dial. The variable-speed rate permits you to choose the optimal feed rate for a full range of projects, while the Sandsmart feature continuously monitors the load on the drum motor to prevent an overload situation.

Jet 723520K JWDS-1632 16 Drum Sander with Stand, 1-1/2 HP from Burns Power Tools

Drum Sander JET 723520K JWDS-1632, 1.5HP 1PH 115V - Open Stand

Jet 723525 Features: Self-cooling drum. Sandsmart control continuously monitors the load on the drum motor and automatically regulates the speed of the conveyor motor to maintain the highest feed rate without overload. Dust hood includes an integrated channel that mirrors the shape of the drum and directs chips and dust to the 4 in. collection port. Conveyor bed parallelism is easily adjusted by turning the dial on the outside of the bed - no tools required.

Jet JWDS-1632OSC Drum Sander with Stand

Drum Sander JWDS-2244 Open Stand - Jet 723540OSK

Sandsmart control continuously monitors the load on the drum motor and automatically regulates the speed of the conveyor motor Dust hood includes an

JET 16 x 32 Oscillating Drum Sander, 10 FPM, 1Ph 115V (JWDS-1632OSC)

Introducing the first 16 x 32 oscillating open-ended drum sander on the market. JET’s 1632 Oscillating Drum Sander features an exclusive

Jet JWDS-1632OSC Drum Sander w/Stand (723525)

The unique JSG-96 Benchtop Sander combines a 9 disc and 6 x 48 belt for workshop versatility. While small and compact, the JSG-96 offers industrial 3/4 HP power while taking up a small footprint on your bench. A quick-release belt tension lever makes belt changes fast and easy while a quick-lock dust cover allows fast disc changes. Built-in handles for easier portability. Drive drum is rubber-coated for a better grip on the sanding belt resulting in less slippage.