Mitutoyo 156-101-10 Micrometer Stand 156 Series

Product Description

The MITUTOYO 156-101-10 is a cast iron micrometer stand designed to hold and stabilize micrometers during precision measurement tasks. Built for use with 156 Series micrometers, this stand provides a secure, hands-free mounting solution that allows technicians and machinists to take accurate readings without manually holding the instrument. Cast iron construction delivers the mass and rigidity needed to minimize vibration and movement at the workbench. At 2.92 pounds, the stand has enough weight to stay planted during repeated use. It is well suited for quality control environments, tool rooms, and production floor inspection stations.

This stand is intended for bench-top use in machine shops, manufacturing facilities, and metrology labs where consistent micrometer positioning is required. It pairs directly with MITUTOYO 156 Series micrometers, making it a purpose-built accessory for that instrument family. Technicians performing incoming inspection, in-process gauging, or final inspection tasks will find this stand useful for keeping the micrometer positioned and ready between measurements.

Key Features

• Cast iron construction provides rigidity and vibration resistance on the workbench
• Designed specifically for use with MITUTOYO 156 Series micrometers
• Weighs 2.92 pounds for stable, low-movement bench-top performance
• Hands-free micrometer holding frees the operator to position workpieces
• Single-unit packaging suitable for individual workstation setups

Compatibility

Designed for use with MITUTOYO 156 Series micrometers as a purpose-built stand accessory.

Installation Notes

Placement on a flat, stable work surface is recommended to ensure accurate micrometer readings. Secure the micrometer to the stand following the instrument manufacturer's clamping instructions before use. No special tools or trade certifications are required for setup, but the stand should be positioned away from vibration sources such as active machinery to maintain measurement integrity.