Renishaw

In today’s ultra competitive environment and with the demands of modern industry to meet ever-tighter tolerances and comply with international quality standards, the performance of manufacturing machinery has never been more important.

Renishaw’s laser interferometer and ballbar measurement systems assess, monitor and improve the static and dynamic performance of machine tools, co-ordinate measuring machines (CMMs) and other position-critical motion systems.

Renishaw is applying cutting-edge precision engineering technology to the challenges of functional neurosurgery. We are helping leading clinicians to enhance the safety and cost-effectiveness of their procedures, improving patient outcomes through consistently accurate delivery of implantable devices

Our initial range of products is designed to enable surgeons to implant Deep Brain Stimulation (DBS) electrodes with greater confidence and accuracy relative to targeted brain anatomy. We are also working with a number of medical technology and biotech companies on the development and optimization of next-generation drug delivery systems for the treatment of serious Central Nervous System diseases.

Renishaw offers a wide range of precision position feedback systems for a diverse range of linear and rotary motion applications.

From their range of robust magnetic encoders for incremental and absolute requirements, through to high speed optical linear encoders and precision optical angle encoders, Renishaw can meet your motion system requirements, including ultra-high vacuum (UHV) applications. All systems have an established reputation for ease of set-up and installation, plus minimal cost of ownership.

If you require the ultimate accuracy in linear position feedback then look at Renishaw range of interferometer-based laser encoders.

Renishaw manufactures a wide range of optical spectroscopy products, including: Raman microscopes, compact process monitoring Raman spectrometers, Raman analyzers for scanning electron microscopes, lasers for spectroscopy, and state-of-the-art cooled CCD detectors. The Renishaw Raman systems exploit the Raman effect to identify and characterize the chemistry and structure of materials in a non-contacting, non-destructive manner.

Users in research laboratories, development labs and production lines worldwide employ the Renishaw microscopes and analyzers in a diverse range of fields – for example, in the computer hard disc, pharmaceutical, polymer, semiconductor, and chemical industries. More exotic applications include the identification of drugs and explosives by forensic scientists, and the analysis of paint and pigments on historic works of art as an aid to accurate restoration.