Starrett 65256 Carbide Height Gage Contact Point

Product Description

The STARRETT 65256 is a carbide contact point designed for use with height gages in precision measurement applications. Contact points are the wear components that make direct physical contact with the workpiece during height measurement, and carbide construction extends service life significantly compared to standard steel tips. At 13/16 inches in length, this contact point fits into the standard contact point holder on compatible Starrett height gages. Metrology technicians, tool room machinists, and quality control inspectors are the primary users of this replacement accessory.

This contact point is suited for shop floor and inspection room environments where height gages are used to measure part features, scribe lines, or verify dimensional tolerances. It is appropriate for use on granite surface plates and precision inspection tables. The carbide tip resists abrasion and maintains point geometry through repeated contact cycles, making it well suited for high-volume inspection work or abrasive workpiece materials.

Key Features

• Carbide construction for extended wear resistance compared to standard steel contact points
• 13/16 inch length suits standard height gage contact point holders
• Direct OEM-style replacement for worn or damaged contact points
• Sold individually, allowing single-point replacement without purchasing a full kit

Compatibility

Designed for use with Starrett height gages. Verify contact point thread and holder dimensions against your specific height gage model before installation.

Installation Notes

Contact point replacement on height gages is performed by metrology technicians or qualified machinists. Before replacing the contact point, ensure the height gage is removed from service and the contact point holder is clean and free of debris. Use the appropriate spanner or holding tool specified for the contact point holder to avoid damaging the holder threads. After installation, verify the contact point is fully seated and re-zero the gage on a known reference surface before returning the instrument to service.