Results found for “Manual setting and NC programming is needless torture for machine operators…”

R-CW-1-1-20 - 1.23 in spring wire clamp with 0.94 in post and 1/4-20 thread

R-CW-1-1-20 - 1.23 in spring wire clamp with 0.94 in post and 1/4-20 thread

R-CW-1-1-20 - 1.23 in spring wire clamp with 0.94 in post and 1/4-20 thread

This spring wire clamp is ideal for clamping smaller workpieces. It enables a minimal area of contact and helps to prevent obstructions.

R-CW-2-2-20 - 1.96 in spring wire clamp with 1.76 in post and 1/4-20 thread

R-CW-2-2-20 - 1.96 in spring wire clamp with 1.76 in post and 1/4-20 thread

R-CW-2-2-20 - 1.96 in spring wire clamp with 1.76 in post and 1/4-20 thread

This spring wire clamp is ideal for clamping smaller workpieces. It enables a minimal area of contact and helps to prevent obstructions.

inVia used to study blood stored in plastic blood bags

inVia used to study blood stored in plastic blood bags

The Michael Smith Laboratories at the University of British Columbia in Vancouver, Canada, is leading the way in the use of Raman spectroscopy as a tool for monitoring biochemical changes and...

System peripherals

System peripherals

The tripod and stage provide flexible mounting options for your XL-80 laser system. Cases are available for secure and convenient storage and transport.

Best employer award for Renishaw associate company

Best employer award for Renishaw associate company

RLS d.

FCC (USA)

FCC (USA)

FCC (USA) Information to user (47CFR§15.

Laser encoder FAQs

Laser encoder FAQs

Access the most frequently asked questions related to RLE laser encoder and HS20 long range laser encoder products.

A-5555-2408 - M5 Stylus for star configuration, Ø3 mm ruby ball, tungsten carbide stem, ML 16.5 mm, for Zeiss applications

A-5555-2408 - M5 Stylus for star configuration, Ø3 mm ruby ball, tungsten carbide stem, ML 16.5 mm, for Zeiss applications

A-5555-2408 - M5 Stylus for star configuration, Ø3 mm ruby ball, tungsten carbide stem, ML 16.5 mm, for Zeiss applications

A-5555-2408 M5 Stylus for star configuration, Ø3 mm ruby ball, tungsten carbide stem, ML 16.5 mm, for Zeiss applications M5 stylus for star configuration. Note: measurement length is to end of ball.

A-5555-2409 - M5 Stylus for star configuration, Ø5 mm ruby ball, tungsten carbide stem, ML 25.5 mm, for Zeiss applications

A-5555-2409 - M5 Stylus for star configuration, Ø5 mm ruby ball, tungsten carbide stem, ML 25.5 mm, for Zeiss applications

A-5555-2409 - M5 Stylus for star configuration, Ø5 mm ruby ball, tungsten carbide stem, ML 25.5 mm, for Zeiss applications

A-5555-2409 M5 Stylus for star configuration, Ø5 mm ruby ball, tungsten carbide stem, ML 25.5 mm, for Zeiss applications M5 stylus for star configuration. Note: measurement length is to end of ball.

R-AJ-25-6 - Ø25.4 mm adjustable aluminium jack stand with M6 thread

R-AJ-25-6 - Ø25.4 mm adjustable aluminium jack stand with M6 thread

R-AJ-25-6 - Ø25.4 mm adjustable aluminium jack stand with M6 thread

This adjustable aluminium jack stand allows for variable heights and locking the workpiece into position.

R-AJ-9-4 - Ø9.5 mm adjustable aluminium jack stand with M4 thread

R-AJ-9-4 - Ø9.5 mm adjustable aluminium jack stand with M4 thread

R-AJ-9-4 - Ø9.5 mm adjustable aluminium jack stand with M4 thread

This adjustable aluminium jack stand allows for variable heights and locking the workpiece into position.

R-CP-20 - 1/4-20 pusher clamp

R-CP-20 - 1/4-20 pusher clamp

R-CP-20 - 1/4-20 pusher clamp

This pusher clamp is used to push a workiece against standoffs or into a corner.

New Renishaw RUP1 ultrasonic probe for use with the REVO® 5-axis measurement system on CMMs

New Renishaw RUP1 ultrasonic probe for use with the REVO® 5-axis measurement system on CMMs

The new RUP1 ultrasonic thickness measurement probe increases the multi-sensor capability of Renishaw's REVO 5-axis system, which now offers six different probe sensor families, each specifically...

ATOM4D0-100 - ATOM™ readhead for linear miniature encoders (analogue output, for 40 µm encoder scales)

ATOM4D0-100 - ATOM™ readhead for linear miniature encoders (analogue output, for 40 µm encoder scales)

ATOM4D0-100 - ATOM™ readhead for linear miniature encoders (analogue output, for 40 µm encoder scales)

ATOM is Renishaw’s first miniature encoder with filtering optics, providing improvements in dirt immunity, signal stability and reliability.

R-RCS-75-20 - Ø0.75 in x 0.75 in 303 stainless steel resting cone with 1/4-20 thread

R-RCS-75-20 - Ø0.75 in x 0.75 in 303 stainless steel resting cone with 1/4-20 thread

R-RCS-75-20 - Ø0.75 in x 0.75 in 303 stainless steel resting cone with 1/4-20 thread

This steel cone is ideal for resting or locating workpieces with a single point of contact. It is recommended for use on CMMs and the Equator™ gauging system.

ATOM™ encoders allow rapid, high-accuracy FPD inspection and repair

ATOM™ encoders allow rapid, high-accuracy FPD inspection and repair

TPC Motion (TPC), a well-known Korean manufacturer of motion-control components, has developed a laser aperture stop (optical slit) assembly that employs Renishaw’s miniature ATOM™ linear encoder...

TONiC™ UHV incremental encoder system with RKLC20-S linear scale

TONiC™ UHV incremental encoder system with RKLC20-S linear scale

Discover the TONiC™ UHV encoder series, Renishaw’s most versatile incremental optical encoder.

R-SPD-1325-6 - Ø12.5 mm × 25.0 mm Polyoxymethylene (POM) standoff with M6 thread

R-SPD-1325-6 - Ø12.5 mm × 25.0 mm Polyoxymethylene (POM) standoff with M6 thread

R-SPD-1325-6 - Ø12.5 mm × 25.0 mm Polyoxymethylene (POM) standoff with M6 thread

This Polyoxymethylene (POM) standoff is ideal to elevate and locate workpieces against a pin using a non-marking material.

R-SPD-910-4 - Ø9.0 mm × 10.0 mm Polyoxymethylene (POM) standoff with M4 thread

R-SPD-910-4 - Ø9.0 mm × 10.0 mm Polyoxymethylene (POM) standoff with M4 thread

R-SPD-910-4 - Ø9.0 mm × 10.0 mm Polyoxymethylene (POM) standoff with M4 thread

This Polyoxymethylene (POM) standoff is ideal to elevate and locate workpieces against a pin using a non-marking material.

MH20 and MH20i user's guide

MH20 and MH20i user's guide

The MH20 and MH20i are manually operated probe heads that articulate to provide orientation of the probing axis.

Product CAD models

Product CAD models

Product CAD models Controllers and interfaces Links to our CAD models are listed below.

REVO safety

REVO safety

REVO safety CAUTION: Before unpacking and installing the REVO system, the user should carefully read the safety instructions below and ensure that they are followed at all times by all operators.

FCR25 / FCR25 TC flexible change rack

FCR25 / FCR25 TC flexible change rack

FCR25 / FCR25 TC flexible change rack Dimensions FCR25 and FCR25 TC FCR25-L3 (3 port) and FCR25 TC-L3 FCR25-L6 (6 port) FCR25 allows all SP25M elements to be rapidly interchanged...

Q4CKX30D10F - QUANTiC™ readhead for rotary encoder diameters 60 mm to 135 mm (1 µm resolution, 10 MHz clocked output)

Q4CKX30D10F - QUANTiC™ readhead for rotary encoder diameters 60 mm to 135 mm (1 µm resolution, 10 MHz clocked output)

Q4CKX30D10F - QUANTiC™ readhead for rotary encoder diameters 60 mm to 135 mm (1 µm resolution, 10 MHz clocked output)

Q4CKX30D10F is a standard Renishaw QUANTiC readhead with a 3 m cable terminated with a 15-way D-type connector.

Q4CKW30D20F - QUANTiC™ readhead for rotary encoder diameters 60 mm to 135 mm (0.2 µm resolution, 20 MHz clocked output)

Q4CKW30D20F - QUANTiC™ readhead for rotary encoder diameters 60 mm to 135 mm (0.2 µm resolution, 20 MHz clocked output)

Q4CKW30D20F - QUANTiC™ readhead for rotary encoder diameters 60 mm to 135 mm (0.2 µm resolution, 20 MHz clocked output)

Q4CKW30D20F is a standard Renishaw QUANTiC readhead with a 3 m cable terminated with a 15-way D-type connector.

Renishaw announces completion of the main part of a multi-centre clinical trial

Renishaw announces completion of the main part of a multi-centre clinical trial

Global engineering technologies company, Renishaw, announces that its award-winning intraparenchymal drug delivery device, has played a critical role in a joint Phase 1-2 clinical study with Herantis...

What is engineering?

What is engineering?

What is engineering? Engineering uses knowledge of science (particularly physics) and mathematics, to find new solutions to everyday problems.

PAL robotics integrates magnetic encoder technology into robots to achieve balance

PAL robotics integrates magnetic encoder technology into robots to achieve balance

This case study focuses on REEM-C, PAL Robotics' full-size biped humanoid robotics research platform.

Measurement accessories

Measurement accessories

A number of optical accessories are available to ease set-up, alignment and operation of your XL-80 laser measurement system.

R-SP-1325-8 - Ø12.7 mm × 25.0 mm 303 stainless steel pin standoff with M8 thread

R-SP-1325-8 - Ø12.7 mm × 25.0 mm 303 stainless steel pin standoff with M8 thread

R-SP-1325-8 - Ø12.7 mm × 25.0 mm 303 stainless steel pin standoff with M8 thread

This steel pin standoff is used to elevate and locate a workpiece against the pin.

MAPS manual autojoint probe stand assembled

MAPS manual autojoint probe stand assembled

The MAPS holds up to six autojoint mounted probes and extension bars for manual changing and protects these stored probe modules from airborne contaminants.

REVO-2 safety

REVO-2 safety

REVO-2 safety Air filters Air supply pressure at the input to the air filters should be a maximum of 8.

R-AH-2545-8 - Ø25.4 mm × 45.0 mm Polyoxymethylene (POM) adjustable height stand with M8 thread

R-AH-2545-8 - Ø25.4 mm × 45.0 mm Polyoxymethylene (POM) adjustable height stand with M8 thread

R-AH-2545-8 - Ø25.4 mm × 45.0 mm Polyoxymethylene (POM) adjustable height stand with M8 thread

This Polyoxymethylene (POM) adjustable height stand is ideal for holding components at variable heights without marking their surface.

RESOLUTE™ FS absolute encoder system with RTLA30 linear scale

RESOLUTE™ FS absolute encoder system with RTLA30 linear scale

RESOLUTE™ FS absolute encoder system with RTLA30 linear scale Wide set-up tolerances The RESOLUTE FS series does not follow the conventional technique of using dual tracks side-by-side (one...

Application and product training

Application and product training

Expert applications training has been a key contributor to the success of our additive manufacturing and product development technologies.

Renishaw scales facilitate micro-machining research

Renishaw scales facilitate micro-machining research

Renishaw scales facilitate micro-machining research Special equipment has been installed at the University of Southampton by Ionoptika Ltd.

R-AJ-19-8 - Ø19.0 mm adjustable aluminium jack stand with M8 thread

R-AJ-19-8 - Ø19.0 mm adjustable aluminium jack stand with M8 thread

R-AJ-19-8 - Ø19.0 mm adjustable aluminium jack stand with M8 thread

This adjustable aluminium jack stand allows for variable heights and locking the workpiece into position. It is recommended for use on CMMs and the Equator™ gauging system.

R-AJ-25-8 - Ø25.4 mm adjustable aluminium jack stand with M8 thread

R-AJ-25-8 - Ø25.4 mm adjustable aluminium jack stand with M8 thread

R-AJ-25-8 - Ø25.4 mm adjustable aluminium jack stand with M8 thread

This adjustable aluminium jack stand allows for variable heights and locking the workpiece into position. It is recommended for use on CMMs and the Equator™ gauging system.

Real-time monitoring for additive manufacturing (AM) at Formnext 2019

Real-time monitoring for additive manufacturing (AM) at Formnext 2019

As Formnext, the leading global exhibition and conference on additive manufacturing (AM), approaches, global engineering company, Renishaw, is preparing to showcase its AM technologies in Frankfurt,...

Guidelines for PHS1 PC card installation

Guidelines for PHS1 PC card installation

Guidelines for PHS1 PC card installation CAUTION: The probe interface card is subject to damage by static discharge.

inVia™ Raman microscope aids discovery of rare mineral in alpine plants

inVia™ Raman microscope aids discovery of rare mineral in alpine plants

A team of scientists at the Sainsbury Laboratory Cambridge University (SLCU) have discovered a rare mineral in alpine plants.

CMM upgrades and retrofits

CMM upgrades and retrofits

Users of all brands of CMM now have the opportunity to transform their measurement performance with an upgrade to Renishaw's innovative metrology systems.

Custom signals

Custom signals

Custom signals EZ-IO software includes a custom signals function for input and output to external devices.

RESOLUTE™ absolute encoder system with RSLA30 linear scale

RESOLUTE™ absolute encoder system with RSLA30 linear scale

RESOLUTE™ absolute encoder system with RSLA30 linear scale. RESOLUTE™ is the world's first absolute optical encoder capable of 32-bit resolution at 36,000 rpm.

Laser interferometry assures spherical lens quality

Laser interferometry assures spherical lens quality

Beijing Institute of Technology (BIT), China, has used Renishaw’s XL-80 laser interferometer to develop a high precision instrument capable of simultaneously and reliably measuring all the key...

Renishaw to demonstrate suite of new manufacturing technologies at IMTS 2024

Renishaw to demonstrate suite of new manufacturing technologies at IMTS 2024

At IMTS 2024, Renishaw will showcase a range of new products that deliver improved performance accuracy and repeatability.

Raman spectroscopy

Raman spectroscopy

Precision engineered Raman spectrometers for fast and accurate chemical analysis.

Additive manufacturing for healthcare

Additive manufacturing for healthcare

Renishaw's hybrid manufacturing method, using 5-axis machining and our own metal 3D printers, combines fine details with superior accuracy.

RESOLUTE™ absolute encoder system with REXA30 rotary (angle) ring

RESOLUTE™ absolute encoder system with REXA30 rotary (angle) ring

RESOLUTE™ absolute encoder system with REXA30 rotary (angle) ring. RESOLUTE™ is the world's first absolute optical encoder capable of 32-bit resolution at 36,000 rpm.

Working in engineering

Working in engineering

Working in engineering Working in engineering means making a real difference in the world.

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