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Ultra-Rigid Extensions
A CMM styli is a critical component of coordinate measuring machines, designed to ensure precise and accurate measurements. Attached to the CMM stylus probe, it comes in various materials, shapes, and sizes to suit different applications, from inspecting intricate parts to measuring large components. The CMM touch probe stylus is engineered for durability and sensitivity, enabling it to detect even the smallest deviations in a workpiece.
ULTRA carbon fiber extensions and Temp-Comp styli provide optimal weight, rigidity and thermal-stable attributes.
Initially developed for aerospace applications, these unique carbon fiber materials and composites are used in combination with titanium fittings for improved thermal-stability in fluctuating temperatures.
Interwoven carbon fibers are coiled at high density in several layers and directions, resulting in low bending and high torsional rigidity - nearly 10 times more rigid than a leading suppliers carbon fiber extensions.
Torsion Effect is the deformation in a member caused by a twisting moment. itp has developed a line of thermal stable carbon fiber extensions proven to have nearly 10 times the torsional rigidity as compared to that of a leading competitor. The ULTRA stiff thermal stable carbon fiber extension (length 200 mm by 11 mm diameter) deflected 0.060 um under a load of 0.2 N whereas a leading competitor's thermal stable carbon fiber of the same dimensions and under the same load deflected 0.540um- nearly 10 times more than ULTRA.
The benefits of using high-quality CMM styli are immense: improved measurement accuracy, reduced downtime, and enhanced productivity. Whether you're working in aerospace, automotive, or manufacturing, a reliable stylus ensures your CMM delivers consistent, repeatable results.
Choose our premium CMM styli for unmatched quality, expert support, and a commitment to precision. Elevate your measurement capabilities with tools you can trust!
