SAWSTOP scale miter angle for 19mm table groove

Precision angle stop for table saws

This high-precision angle stop was developed for maximum accuracy on the table saw. The swivel range is ±90° in precise 1° increments, supplemented by additional detents at 22.5°. The angle is set via a finely tuned pointer detent that can be conveniently locked with a lever. For particularly fine adjustments, an integrated vernier scale allows angles to be set to an accuracy of 0.1°.

The sturdy, 457 mm long steel guide rail is equipped with anti-tilt protection and fine adjustment, and glides smoothly in the groove of the machine table. Suitable for standard T-slots with a 9.5 × 19 mm cross-section.

The durable aluminum stop measures 465 mm in its basic length and is telescopically extendable up to 800 mm. By sliding the hinged stop, the overall length can be extended by an additional 64 mm. The stop profile features T-slots for attaching custom devices; two matching T-nuts are included. An adjustable and calibratable scale in millimeters is located on the top edge. The stop height is 64 mm.

Two independently adjustable folding stops with fine adjustment enable repeatable cuts with consistent length – simple and reliable.

Product benefits

• Precision angle head with pointer and 90 detents in 1° increments on both sides from 0°
• Additional resting points at 22.5° left and right
• Integrated vernier scale for fine adjustment accurate to 0.1°
• Guide rod 457 mm, suitable for 9.5 × 19 mm standard grooves
• 6 adjustable guide discs for a play-free fit and smooth gliding
• A screw-in T-clip holds the guide rod horizontally in the groove during lifting.
• Aluminum stop with telescopic extension up to 800 mm, extendable up to 864 mm with a folding stop
• Front T-slot for attaching additional stops with T-bolts
• Top measuring scale for precise cuts without marking
• Folding stop with toothed detent, positioning in 0.8 mm increments
• Two independently adjustable stop arms, optionally connectable via a connecting rod
• Fine adjustment via integrated micro-adjuster