Mitutoyo 167 Series Reference Rod for Screw Micrometer

Introducing the Mitutoyo 167 Series Micrometer Reference Rod for Screw Micrometer, a precision instrument designed to ensure accurate and reliable measurements with screw micrometers. Crafted with meticulous attention to detail and built to Mitutoyo's renowned standards, this reference rod is an essential accessory for professionals seeking unparalleled accuracy in their measurement tasks.

The Mitutoyo 167 Series Micrometer Reference Rod is specifically engineered to provide a reference standard for screw micrometers, enabling calibration and verification of measurement accuracy. Its innovative design and advanced technology make it an indispensable tool for industries such as manufacturing, engineering, and quality control.

Built with high-quality materials, the Micrometer Reference Rod ensures exceptional durability and reliable performance in demanding working conditions. Mitutoyo's dedication to quality is evident in every aspect of this accessory, from its construction to its precise measurement capabilities.

Calibrating screw micrometers has never been easier, thanks to the user-friendly interface of the Mitutoyo 167 Series Reference Rod. The clear and accurate markings, along with the smooth movement, guarantee precise calibration, reducing the chances of errors and enhancing overall efficiency.

Safety is paramount, and Mitutoyo has incorporated essential safety features into the Micrometer Reference Rod. The secure locking mechanisms and robust construction ensure secure positioning during calibration, promoting a safe working environment for operators.

Versatility is another hallmark of the Mitutoyo 167 Series Micrometer Reference Rod. Its adaptability allows it to work seamlessly with various models of screw micrometers, providing unmatched versatility for professionals with diverse measurement needs.

This accessory is engineered for ease of use and convenience. Its lightweight and ergonomic design make it comfortable to handle, reducing operator fatigue during prolonged calibration tasks.