Company Category: Motion Control Equipment

Renishaw is a recognized leader in Raman spectroscopy, producing high performance raman systems, including microscopes, bench-top Raman analyzers and combined systems, for a range of applications. We have decades of experience developing flexible Raman systems that give reliable results, even for the most challenging measurements. Whatever your Raman analysis requirements, Renishaw’s teams of scientists and engineers are here to provide you with expert advice, as well as product, technical, and applications support. | Renishaw is a global company with core skills in measurement, precision machining, additive manufacturing, and motion control. We develop innovative products that advance our customers’ operational performance – improving manufacturing efficiencies and raising product quality. Our products are used for applications as diverse as machine tool automation, coordinate measurement, additive manufacturing, gauging, and calibration. Built on Renishaw’s established and trusted metrology technology, the RCS product series is designed to enable consistent, fast and traceable robot cell improvements. It addresses long standing challenges in industrial automation, providing practical solutions that improve reliability, accuracy and ease of deployment. The products fall into two main categories, starting with portable, ballbar based toolkit solutions designed for in field robot calibration. The toolkit range includes RCS L 90, a single ballbar system used to improve robot accuracy, speed up deployment and monitor ongoing robot health. For more advanced requirements, RCS T 90 expands capability with a tri ballbar system, enabling deeper diagnostics, root cause analysis of performance issues and joint re mastering. Both systems are supported by an intuitive robotics software suite that guides users step by step through each test. Secondly, RCS P series is Renishaw’s robot probing solution for fast, accurate alignment and recovery in automated cells. It enables robots to automatically establish part and tool frames, keeping processes accurate without manual touch ups. When cells are disrupted by drift, maintenance or collisions, P series allows systems to be quickly recovered to a known baseline, reducing downtime and helping manufacturers get back into production faster. Renishaw also provides a wide range of high-quality, reliable encoders that offer precise feedback, even in extreme conditions. Their compact and lightweight construction supports flexible system designs and seamless integration into a variety of robot types, where accuracy, repeatability, and control are critical requirements. | For over 50 years, Renishaw has been a leading innovator in manufacturing technologies. Renishaw designs, manufactures and supports it’s products worldwide, including the RenAM 500 Additive Manufacturing systems, designed for the series production of metal components using powder bed fusion (PBF). These AM systems are designed and built by Renishaw to fulfil a range of industry applications where durability, customized parts and precision are key. Our, in-house, expertise in process development and experience of this technology, enable us to provide turn-key and optimized AM solutions. The comprehensive range of Industrial Metrology products designed and supplied by Renishaw, help manufacturers to maximize production output, to reduce significantly the time taken to produce and inspect components, and to keep their machines running reliably. In the fields of industrial automation and motion systems, our position measurement and calibration systems allow builders to manufacture highly accurate and reliable products. For more information on Renishaw please go to www.renishaw.com. | Renishaw, with associate company RLS, offers a comprehensive range of advanced encoders used by OEMs around the world for exact positioning, highest reliability, and superior performance-to-cost value. A variety of different encoder technologies provide machine designers with proven solutions to difficult applications. Three encoder technologies —optical, magnetic and laser interferometer—all are engineered to deliver non-contact, friction-free operation, exceptional ease of installation, space savings, and application flexibility.