BowLift | Woodworking Sliding Gauge

FEATURES

• PRECISION - This measuring tool guarantees exceptional marking precision, allowing users to operate with exactness down to the smallest millimeter. It provides superior minimum measurement accuracy compared to standard calipers, which can measure up to 1/20 (0.05) mm, roughly 0.019 inches.

• VERSATILE USAGE (MEASURING AND MARKING). This caliper allows you to execute five distinct functions! From measuring angles of 45 degrees and 90 degrees to assessing depth and width, as well as drawing lines. You’ll be equipped to measure the thickness and depth of an object, as well as verify angles for miter and right-angle cuts. Furthermore, you can mark the object using the primary scale as a ruler.

• ENHANCED VERSATILITY - A straight ruler that also serves as a caliper. This caliper includes a unique accessory for depth measurement that is perfect for accurately gauging items like cylindrical rods, pipes, and various angles. This depth gauge is removable, enabling you to adapt the caliper by incorporating extra parts based on your project requirements.

• USER-FRIENDLY DISPLAY - Each aluminum sheet is expertly manufactured utilizing advanced MCT technology, followed by a grinding phase and anodized surface finish. The professional square ruler is crafted for optimal durability. The scales are meticulously engraved with laser technology, featuring white markings on a smooth black background for enhanced visibility!

• ROBUST AND LIGHTWEIGHT -The sheet is constructed from anodized aluminum with a thickness of 2 mm. This solid cast aluminum plate offers stability while being surprisingly light. It weighs 30 g less compared to standard calipers. The ergonomically designed lightweight casing eases strain on the elbows or wrists during measurement and marking tasks.

SPECIFICATIONS

• Material: Aluminum alloy

• Measuring range: 0-280mm

• Color: Black

• Weight: 250 g

PACKAGE INCLUDES

• 1 * Woodworking slide caliper

NOTE

Please be aware that there might be slight variations due to manual measuring processes.