Mobile Modules and Remotes (transmitters) send measurement data wirelessly to Bases. Mobile Modules are battery powered and connect to calipers, micrometers, digital indicators and other measurement tools. Remotes are powered by an external power source and connect to gage interfaces,…
Each Micro 100 tool is made with the exclusive and proprietary Super Carbide Process for extended tool life and wear, compared to other carbide tools today. https://youtu.be/pweMhWUElig?rel=0
The value in Meyer Gage grows from the company’s attention to detail starting with 52100 bearing steel (Carbon Chrome Alloy) hardened throughout. Uniform details like 2″ lengths, no sharp edges, marking of both boxes and gages and laser-etched sizes with…
Mark-10's force and torque gages and measurement systems are used by quality control, engineering and manufacturing professionals in virtually every industry around the world to help assess and ensure product quality.
Mark-10's force and torque gages and measurement systems are used by quality control, engineering and manufacturing professionals in virtually every industry around the world to help assess and ensure product quality.
Mark-10's force and torque gages and measurement systems are used by quality control, engineering and manufacturing professionals in virtually every industry around the world to help assess and ensure product quality.
Mark-10's force and torque gages and measurement systems are used by quality control, engineering and manufacturing professionals in virtually every industry around the world to help assess and ensure product quality.
Technical development is impossible without constant development of metrology. The synergies resulting from Mahr's research prove successful in highly sensitive precision systems and high-tech fiber technology worldwide.
Technical development is impossible without constant development of metrology. The synergies resulting from Mahr's research prove successful in highly sensitive precision systems and high-tech fiber technology worldwide.
Technical development is impossible without constant development of metrology. The synergies resulting from Mahr's research prove successful in highly sensitive precision systems and high-tech fiber technology worldwide.