Mitutoyo 201-154 Snap Gage Carbide Anvil Dial

Product Description

The MITUTOYO 201-154 is a snap gage designed for rapid, repeatable outside-dimension measurement on the shop floor or at an inspection station. The frame is constructed of steel for rigidity under continuous use, and the measuring anvils are solid carbide for wear resistance against abrasive workpieces. A dial display provides direct analog readout without requiring a separate indicator unit. This gage is installed and used by machinists, quality-control technicians, and precision-measurement professionals working in manufacturing and metalworking environments.

The 201-154 is suited for production and incoming-inspection applications where consistent go/no-go or dimensional verification is required on turned, ground, or milled parts. Its solid carbide anvil contact surfaces hold their geometry longer than steel anvils, reducing calibration drift over high-cycle use. The dial display delivers immediate visual feedback during measurement without the need for digital readout equipment.

Key Features

• Solid carbide anvil contact surfaces for extended wear life on abrasive workpieces
• Steel frame construction provides dimensional stability and resistance to flex under clamping force
• Integrated dial display gives direct analog readout — no separate indicator required
• Compact snap-gage form factor supports fast, repetitive measurement in production settings

Compatibility

Designed as an OEM-style precision snap gage for use in standard outside-diameter and thickness measurement applications in metalworking and machining environments.

Installation Notes

Snap gages are set up and used by trained metrology or quality-control personnel. Before setting the gage, verify the master setting ring or setting gage is traceable to a known standard. Handle carbide anvil surfaces with care — avoid dropping or striking the contact faces against hard surfaces, as carbide is brittle. Store the gage in its case when not in use to protect the dial mechanism and anvil geometry.