Precision touch stylus / probe designed for stable, longlasting measurement in demanding environments. Key benefits Stable readings across temperature changes: materials and construction minimize thermal drift so measurements remain consistent in varying conditions. Durable and wearresistant: a lightweight, wearresistant ball head and hard ceramic stem extend service life and reduce replacement frequency. Electrically safe and noninterfering: nonmagnetic and nonconductive properties make the stylus suitable where magnetic interference or electrical conduction must be avoided. Lightweight for sensitive probing: low mass reduces probing force and improves repeatability on delicate parts. What it is and how it works Ball head: made from wearresistant material with a precisely finished surface for smooth contact and reliable repeatability. Stem: strength ceramic stem provides exceptional stiffness while keeping overall weight low; builtin protection enhances durability during routine use. Manufacturing: fine silicon carbide finishing and electrical discharge machining (EDM) are used to achieve nonmagnetic, nonconductive characteristics and tight dimensional control. Optical properties: the probe design offers good light transmittance where optical alignment or measurement assists are required. Performance and compatibility Function: designed for precision touchprobing applications where stability, wear resistance, and electrical isolation are required. Compatibility: suitable for use with most coordinate measuring machines (CMMs) and touchprobe systems that accept standard stylus/probe interfaces (confirm specific mount type before ordering). Reliability: low thermal sensitivity and robust materials reduce downtime and maintenance needs. Typical applications Precision part inspection on CMMs where stable contact and minimal thermal drift are critical. Measurement of nonferrous or electrically sensitive components where nonmagnetic, nonconductive probes are required. Opticalassisted measurement setups where probe light transmittance aids alignment or sensing. Practical advantages Reduced measurement variation in temperaturevarying environments. Longer service life and fewer probe changes thanks to hard, wearresistant ball and ceramic stem. Safe use near electronics and in magneticsensitive environments due to nonconductive and nonmagnetic construction. Notes for use Verify probe mount compatibility with your equipment before installation. Periodic inspection for wear on the contact tip is recommended to maintain accuracy. Avoid using abrasive cleaning agents; follow standard probecare procedures for results.