Emuge-Franken Expands Line of Thread Ring Gages
The new line, which includes 152 new gages, comprises UNC and UNF Go and No-Go ring gages, in addition to metric and metric fine Go and No-Go ring gages.
Share
Emuge-Franken USA has expanded its thread gaging solutions to include a new line of thread ring gages, which includes a total of 152 new gages. The new line comprises UNC and UNF Go and No-Go ring gages, in addition to metric and metric fine Go and No-Go ring gages.
Emuge Go and No-Go Ring Gages are manufactured with hardened tool steel and feature a fully knurled circumference. No-Go gages are marked with a red ring. UNC and UNF gages have a 2A tolerance. UNC gages are available in 19 sizes from #2-56 to 2-4½ and UNF gages are available in 19 sizes from #0-80 to 1½-12. Metric and metric fine gages reportedly have a 6g tolerance. Metric gages are available in 19 sizes from M2x.4 to M68x6 and metric fine gages are available in 19 sizes from M8x1 to M48x1. Additional sizes are also available upon request and all gages (UNC, UNF, metric and metric fine) are furnished with a short form gage certificate at no additional charge. Upon request, long form certificates are also available.
The new Emuge Ring Gages accompany Emuge’s line of Emuge Fixed Limit Thread Gages, consisting of Go/No-Go Plug Gages and Thread Depth Plug Gages that inspect the pitch diameter and functional thread for internal-threaded components.
Related Content
-
Rego-Fix Toolholder Enables Aggressive Turning Operations
The PG48 toolholder is designed for large-diameter tools and dynamic machining applications.
-
Making the Most of Mixed Toolholder Assemblies
While nearly all ER systems will have cross compatibility, they’ll have small differences across manufacturers that make their implementation at the shop level not as standard.
-
Platinum Toolholding System Enables Quick Changeovers
The U-Tec changing system enables a standard ER output live tool to accept various adapters for different applications, enabling quick changeover of tools on almost any lathe or mill using a single tool.