Renishaw

The PH20 PLUS 5-axis touch-trigger system for co-ordinate measuring machines (CMMs) is being introduced by Renishaw to replace its established PH20 head. It offers over 50% increase in inspection reach over the original head, which will improve access to features deep inside parts and in hard-to-access areas. The new PH20 PLUS system builds on the proven measurement capabilities of the PH20, enabling high-speed touch-trigger measurement across a wider range of applications.

Renishaw has completed the first phase of a major expansion of its manufacturing facility in Miskin, South Wales, marking the largest capital investment in the company’s history and a significant milestone in its long-term commitment to high-value, sustainable UK manufacturing. Announced in 2023, the £70 million property investment will ultimately double the size of the Miskin site, adding 463,000 square feet (43,000 sqm).

Renishaw has affirmed its commitment to advancing research in Earth science and mineralogy by sponsoring The Mineralogical Society at 150: Past Discoveries and Future Frontiers, held at the University of Manchester, UK, from June 23–25, 2026.

Global engineering technologies company, Renishaw, will unveil its new advanced ultrasonic thickness measurement probe, the RUP60, at IMTS 2026, Chicago and AMB 2026, Stuttgart. This new probe simplifies the measurement of large parts where access is limited to a single side, removing the need to move parts to specialist measurement equipment or perform manual inspection on the machine.

Hanwha Aerospace USA implemented Renishaw’s REVO® 5-axis scanning system with multiple sensor configurations, enabling high-speed measurement of airfoils, platforms, tips, and surface finish in a single set-up.

Occuity selected Renishaw’s ATOM DX™ optical encoder for its reliable high‑resolution position feedback, integrated interpolation, and compact readhead. Its quick and easy installation and set-up method, combined with Renishaw's ADTi‑100 diagnostic tool, ensured rapid manufacture and consistent, optimised performance for every Occuity AX1 Axiometer™ device.

Renishaw and Tekna have developed a large-cut titanium powder for additive manufacturing, enabling faster, safer, and more cost-effective metal 3D printing across key industries.

Renishaw’s metal additive manufacturing technology has helped Great Britain’s track cyclist, Matthew Richardson become the first cyclist in history to break the nine-second barrier in the UCI Men’s Elite 200m Flying Start. Matthew broke his own world record 24 hours after setting it, by 0.084 seconds, with a new time of 8.857 seconds.

Certain Mirco Application Technology Inc. (CMAT) of Taiwan manufactures precision probe cards for semiconductor processes. CMAT was looking for machine calibration solutions to monitor equipment status and ensure optimal operation to meet customer demands. Renishaw's XM-60 multi-axis calibrator and QC20 ballbar comprehensively measure errors in 21 degrees of freedom on the probe card manufacturing equipment.

Using precious metals in additive manufacturing (AM) provides new ways to utilise these materials' unique properties. However, the high cost of these metals means that large-scale production is often beyond the reach of many manufacturers. To address this challenge, Renishaw helped precious metal AM pioneers, Cookson Industrial, succeed in making the production of platinum rhodium parts for industry commercially viable.