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Mitutoyo Measurement Stylus Tip M1.7 with 2.00 mm Ball, Length 44.5 mm, Carbide
Replacement measurement stylus tip for Mitutoyo probes with an M1.7 thread, featuring a 2.00 mm spherical carbide contact and a total length of 44.5 mm. The stylus tip is intended for coordinate measuring machines (CMMs) and contact indicator probes where stable contact geometry and repeatable touch points are required for dimensional inspection, gauge verification and reverse engineering tasks.
The carbide 2.00 mm ball offers wear resistance and stable contact behavior across repeated measurements. The M1.7 threaded shank provides compatibility with Mitutoyo probe systems that accept this thread size, allowing straightforward replacement and restoration of probe performance. The overall length of 44.5 mm gives a balance between access to recessed features and stiffness for accurate probing results.
This stylus tip is not intended for non-contact measurement methods such as optical scanners or laser profilers. Carbide contact balls can be harder and less forgiving than ruby in delicate or soft-surfaced measurement tasks, so they may not be ideal where minimal surface marking is required. Additionally, use on probe systems that require a different thread size or mounting geometry will not be compatible.
Install the stylus tip by screwing the M1.7 threaded shank into the compatible probe holder or extension until secure, taking care not to overtighten. Calibrate the probe with the new stylus attached according to the probe and CMM manufacturer instructions to ensure accurate offsets and correct touch point compensation. Use standard probing strategies appropriate for the workpiece material and geometry, and verify repeatability on a known artefact after installation.
Regularly inspect the carbide ball for wear and surface damage; replace the stylus tip if roundness or surface condition deteriorates. Clean the thread and contact ball before mounting and follow the probe manufacturer’s calibration procedure after each replacement to maintain measurement accuracy.
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