Made of satin finish stainless steel - rust and stain resistant

Each gage is clearly marked with its radius

Each gage has five different gaging surfaces for both convex and concave radii

All gages have precision finished radii with extra smooth, accurate edges

167 Series™ 0.020" SAE Stainless Steel Radius Gauge (167-020) by Starrett®. If you’re looking for a reliable solution to get your job done with the ultimate accuracy, this top-notch measuring tool is right up to your alley. It is designed to help you maintain precision quality control on all the stages of your project. Made utilizing industry-leading materials and high-end equipment, this tool features an ergonomic design for uncompromising comfort and ease of use.

Specifications:

Features:

• Made of satin finish stainless steel - rust and stain resistant
• Each gage is clearly marked with its radius
• Each gage has five different gaging surfaces for both convex and concave radii
• All gages have precision finished radii with extra smooth, accurate edges

Founded in 1880, Starrett® became a top manufacturer of high-quality precision tools, measuring instruments, gages as well as saws and hand tool products for industrial, professional, and other markets throughout the world. The company's products are designed and made to meet or exceed accuracy and performance requirements of national and international standards. With over five generations of innovation, excellent quality, and unparalleled precision, the Starrett brand remains distinctly American

What is a radius gauge used for?
	Shop for Radius Gauges
			Radius gauges are primarily engineers’ tools used ‘in-process’ and for ‘final inspection’, when working with materials such as wood, plastic and metal. However, this can extend to anyone who needs to know precise radii. Hobbyists and fabricators often use radius gauges for part fitting.
			“In process” radius gauge use
			“In process” refers to gauge use during a creative process. This includes scribing radii on workpieces in a pattern or as a cutting guideline. It can also refer to when the gauge is used as a reference to plane or machine down moulds (dies) to a desired radius.
			“Final inspection” radius gauge use
			Final inspection refers to gauge use for checking that a finished radius meets the required dimensions. Designs are often ground or buffed to meet the required specification, as identified by how well the gauge fits against the object with no visible gap in-between the two surfaces.