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Capital Markets Day - Tuesday 17th June 2025
Capital Markets Day - Tuesday 17th June 2025 Renishaw hosted its 2025 Capital Markets Day for analysts, institutional investors and private shareholders, at its Miskin manufacturing site in Wales on...
ATOM DX™ incremental encoder system with RCDM rotary (angle) disc
ATOM DX™ incremental encoder system with RCDM rotary (angle) disc What is ATOM DX? The ATOM DX encoder series is Renishaw's smallest incremental optical encoder with digital output direct...
MODUS
MODUS software provides a powerful platform for 5-axis measurement.
Service and support - AGILITY CMM systems
As manufacturers, we understand the challenges of maintaining operational performance and reducing costs.
QUANTiC™ incremental encoder system with RESM40 rotary (angle) ring
QUANTiC™ open optical encoder with digital or analogue output options, with RESM40 rotary (angle) ring: good metrology, high speed performance, and easy installation and set-up.
Autojoint system
Autojoint system The Renishaw autojoint is a highly repeatable joint which is fitted to certain probe heads, eliminating the need to re-qualify the probe after a probe change.
Machine tool probes installation videos
Machine tool probes installation videos A video guide to help you install your Renishaw machine tool touch probe.
Spirit level circular
The Spirit level is a levelling aid for setting up the tripod and the laser. Inclination range ±0.6º. Dimensions Ø 20 x 10 mm.
A-6547-1947 - Slim applicator for RKLF self-adhesive scales with ATOM™ or ATOM DX™ encoder readheads
Scale applicator enabling easy installation of RKLF20-S, RKLF40-S and RKLF40H-S self-adhesive scales. Specifically designed for use on installations using the side mounting bracket (A-9401-0103)
ACR3 system description
ACR3 system description Renishaw's ACR3 is a four port rack that facilitates fast, automatic probe exchange without the need for probe re-qualification.
A-8014-0551 - 360° lathe adaptor kit
The 360° lathe adaptor kit allows the QC20 ballbar to perform 360°, 100 mm radius ballbar tests on a lathe.
RMP600 and RMP400 radio machine tool probes
RMP600 and RMP400 radio machine tool probes
OMP600 and OMP400 optical machine tool probes
OMP600 and OMP400 optical machine tool probes
Medical and healthcare case studies
From complex reconstructive facial surgery to orthopaedic and trauma surgery, advances in additive manufacturing have inspired a growing number of progressive surgeons to commission metal 3D-printed...
Renishaw Raman system used with SEM to study fibres at UCLA
The University of California, Los Angeles (UCLA), USA, combines Raman microscopy with scanning electron microscopy (SEM) to study archaeological textiles and fibres.
Retrofit cabinet user's guide
Renishaw's controller cabinet is a standard 19 inch rack mounting unit that is used for storing Renishaw's range of controllers, servo power amplifiers and interfaces.
Introducing the Renishaw Correlate™ software module
Renishaw introduces its new Correlate™ software module, to combine imaging techniques and maximise the effectiveness of microscopic methods.
V2BCY30D20A - VIONiC™ readhead for linear encoders (0.1 µm resolution, 20 MHz clocked output)
V2BCY30D20A is a standard Renishaw VIONiC readhead with a 3 m cable length. This readhead is configured for a linear encoder system using the RTLC20-S or RKLC20-S encoder tape scales.
V2BCX10D08A - VIONiC™ readhead for linear encoders (1 µm resolution, 8 MHz clocked output)
V2BCX10D08A is a standard Renishaw VIONiC readhead with a 1 m cable length. This readhead is configured for a linear encoder system using the RTLC20-S or RKLC20-S encoder tape scales.
V2BCH30D20E - VIONiC™ readhead for linear encoders (50 nm resolution, 20 MHz clocked output)
V2BCH30D20E is a standard Renishaw VIONiC readhead with a 3 m cable length. This readhead is configured for a linear encoder system using the RTLC20-S or RKLC20-S encoder tape scales.
V2BCO30D20E - VIONiC™ readhead for linear encoders (10 nm resolution, 20 MHz clocked output)
V2BCO30D20E is a standard Renishaw VIONiC readhead with a 3 m cable length. This readhead is configured for a linear encoder system using the RTLC20-S or RKLC20-S encoder tape scales.
UCC T3-2
UCC T3-2 UCC retrofit Renishaw has formed a technical partnership with some of the industry's leading software companies and retrofitters to provide powerful CMM retrofit solutions using...
RESOLUTE™ absolute encoder with FANUC serial communications is now in linear encoder format
Renishaw’s RESOLUTE absolute encoder is now available with FANUC serial communications in linear encoder formats, offering sub-micron accuracy and resolutions to 1 nm.
RESOLUTE™ absolute encoder with FANUC serial communications is now in linear encoder format
Renishaw’s RESOLUTE absolute encoder is now available with FANUC serial communications in linear encoder formats, offering sub-micron accuracy and resolutions to 1 nm.
Probe product overview
Probe product overview Renishaw's CMM touch-trigger probes detailed in this user's guide are designed to suit any CMM, but their individual characteristics are outlined below: TP1(S) A robust...
Installation video: How to install the Renishaw TONiC™ super-compact digital encoder readhead
Learn how to install the TONiC super-compact digital encoder readhead.
Binns and Berry - all files
Binns & Berry is one of the few remaining family-owned machine tool manufacturing companies in the UK.
RSP3 installation and user's guide
The RSP3 range of probes gives REVO users the ability to carry cranked stylus arrangements and enhanced capability for carrying long styli.
Establishing SCP80(V) port datums
Establishing SCP80(V) port datums NOTE: The examples given here assume that the MRS / SCP80 rack system is aligned to the X-axis of the CMM, being along the rear of the working area.
Establishing SCP80(V) port datums
Establishing SCP80(V) port datums NOTE: The examples given here assume that the MRS / SCP80 rack system is aligned to the X-axis of the CMM, being along the rear of the working area.
Mounting an FCR25 and FCR25 TC to an MRS2 rack system
Mounting an FCR25 and FCR25 TC to an MRS2 rack system NOTE: The procedure described below has proven to be simple, quick and effective to complete.
Mounting an FCR25 and FCR25 TC to an MRS rail system
Mounting an FCR25 and FCR25 TC to an MRS rail system NOTE: The procedure described below has proven to be simple, quick and effective to complete.
Datuming the rack
Datuming the rack NOTE: The ACR1 must be mechanically aligned prior to datuming the rack.
A-5000-0135 - M2 Ø1.5 mm diamond coated ball, tungsten carbide stem, L 30.0 mm, EWL 22.5 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0140 - M3 Ø3.0 mm diamond coated ball, tungsten carbide stem, L 50.0 mm, EWL 43.7 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0143 - M5 Ø3.0 mm diamond coated ball, tungsten carbide stem, L 20.0 mm, EWL 11.0 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0144 - M5 Ø3.0 mm diamond coated ball, tungsten carbide stem, L 50.0 mm, EWL 41.0 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0130 - M2 Ø1.0 mm diamond coated ball, tungsten carbide stem, L 20.0 mm, EWL 12.5 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0131 - M3 Ø1.5 mm diamond coated ball, tungsten carbide stem, L 20.0 mm, EWL 12.5 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0136 - M2 Ø2.0 mm diamond coated ball, tungsten carbide stem, L 40.0 mm, EWL 32.5 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0137 - M2 Ø3.0 mm diamond coated ball, tungsten carbide stem, L 50.0 mm, EWL 47.0 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0138 - M2 Ø4.0 mm diamond coated ball, tungsten carbide stem, L 40.0 mm, EWL 40.0 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0141 - M3 Ø4.0 mm diamond coated ball, tungsten carbide stem, L 40.0 mm, EWL 36.0 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
A-5000-0142 - M5 Ø1.5 mm diamond coated ball, tungsten carbide stem, L 40.0 mm, EWL 22.0 mm
Straight styli are designed to inspect simple features where direct, unobstructed contact with a measured surface is possible.
Renishaw and Canada Makes join forces to advance additive manufacturing in Canada
Renishaw and Canada Makes share their AM knowledge for collaberative innovation and to drive industry standards forward.
Support for industrial automation products and software
Find RCS product series user guides as well as videos providing step-by-step instructions to get started with RCS Software Suite.
Pairing the MCU W joystick with the cradle
Pairing the MCU W joystick with the cradle The MCU W is a wireless joystick that communicates with the CMM through the hard-wired MCU W cradle.
White papers - Styli
White papers - Styli Browse documents Effects of continuous scanning on stylus balls Wear comparison testing between Renishaw OPTiMUM™ diamond styli and the standard ruby equivalent At the sharp...
Our quality management systems
Renishaw's aim is to provide leading-edge technology by encouraging innovation to address our customers' needs.
R-CJE-3 - 3-jaw chuck for use with M6, M8 and 1/4-20 base plates
3-jaw chucks are for holding workpieces and have jaws that can be removed and reversed. Workpieces can be held by their outer diameter (OD) or inner diameter (ID).