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Optical encoders video channel

Watch the videos to learn about our optical encoder technology and determine which encoder is right for you.

Introduction to optical encoders

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An introduction to encoders

An introduction to encoders

A simple introduction to what is an encoder, its benefits and where they are used.
[512 x 288] [18.5MB]

Case studies/Feature articles

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

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

Manufacturing error-free flat panel displays is a challenge, because as display performance improves, manufacturing processes become more complex and panel defects can become more common. Inspection and repair procedures have been developed to ensure that errors have minimal effect on display quality. Renishaw's ATOM encoder system has been integrated into a variable aperture stop design. Precise manipulation of the laser aperture, in the range of 5 - 50 microns (um) in diameter, is vital to ensure successful panel repair. Discover in full how TPC Motion integrated the ATOM series encoder at: www.renishaw.com/tpc-atom
[1920 x 1080] [85.2MB]
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RESOLUTE™ encoders give focus to big science

RESOLUTE™ encoders give focus to big science

Case study video interview featuring IRELEC's Business Development Manager
[1920 x 1080] [401.4MB]
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TONiC™ encoders are key for advanced precision measurement and control

TONiC™ encoders are key for advanced precision measurement and control

No description available
[1920 x 1080] [343.7MB]

Learn about Renishaw's optical encoder range

FORTiS™

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Introducing the FORTiS™ next generation enclosed linear encoder

Introducing the FORTiS™ next generation enclosed linear encoder

Bilingual version - English & Italian Designed for robustness and tested for operation in the harshest environments, the FORTiS™ absolute encoder combines hardened steel scale with industry-proven ultra-high speed digital imaging and signal processing. This non-contact encoder system introduces ground breaking design features, offering both installers and users distinct advantages over conventional optical enclosed encoders. Please watch the video to learn more.
[1920 x 1080] [116.3MB]
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Installation video: Ultra-fast installation of the FORTiS™ enclosed linear encoder

Installation video: Ultra-fast installation of the FORTiS™ enclosed linear encoder

Bilingual version - English & Italian Non contact design coupled with a unique to class set up LED ensure an intuitive and simpler installation procedure that can be up to 90%* faster than conventional systems. Please watch the video to see the difference. (*) subject to application.
[1920 x 1080] [52.4MB]
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Installation video: How to install the FORTiS-S™ enclosed absolute linear encoder

Installation video: How to install the FORTiS-S™ enclosed absolute linear encoder

Learn how to install the FORTiS-S™ (standard) enclosed absolute linear encoder. Please refer to the relevant FORTiS installation guide for more information. The FORTiS encoder series is a next generation enclosed linear absolute encoder for use in harsh environments such as machine tools. Robust, reliable, high-performance position measurement over the encoder's long life is ensured by a range of innovative design features, such as: industry-proven position measurement, non-contact, superior sealing, class leading vibration resistance, easy installation and Advanced Diagnostic Tool.
[720 x 404] [30.6MB]
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Installation video: How to install the FORTiS-N™ enclosed absolute linear encoder

Installation video: How to install the FORTiS-N™ enclosed absolute linear encoder

Learn how to install the FORTiS-N™ (narrow) enclosed absolute linear encoder. Please refer to the relevant FORTiS-N installation guide for more information. The FORTiS encoder series is a next generation enclosed linear absolute encoder for use in harsh environments such as machine tools. Robust, reliable, high-performance position measurement over the encoder's long life is ensured by a range of innovative design features, such as: industry-proven position measurement, non-contact, superior sealing, class leading vibration resistance, easy installation and Advanced Diagnostic Tool.
[720 x 404] [29.3MB]

QUANTiC™

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Introducing the QUANTiC™ encoder series

Introducing the QUANTiC™ encoder series

The QUANTiC™ series of encoders are made for manufacturing industries. The QUANTiC encoders are easy to install with exceptionally wide installation and running tolerances, along with built-in installation and calibration functions. QUANTiC encoders combine high speed interpolation with impressive metrology performance, whilst being compatible with the Advanced Diagnostic Tool, ADTi-100.
[1920 x 1080] [104.4MB]
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Improved metrology with the substrate mastered RKLC encoder scale

Improved metrology with the substrate mastered RKLC encoder scale

The Renishaw RKLC encoder scale is a narrow, low cross-sectional area stainless steel tape scale featuring 20 μm or 40 μm pitch incremental graduations. RKLC scale is mastered to the machine substrate giving improved metrology when the scale ends are fixed to the substrate. The scale is compatible with Renishaw’s VIONiC™, TONiC™ and QUANTiC™ incremental encoder series.
[1920 x 1080] [247.8MB]
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Installation video: How to install the QUANTiC™ encoder readhead

Installation video: How to install the QUANTiC™ encoder readhead

No description available
[1920 x 1080] [146.5MB]
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Installation video: How to install RKLC incremental linear encoder scale

Installation video: How to install RKLC incremental linear encoder scale

The Renishaw RKLC encoder scale is a narrow, low cross-sectional area stainless steel tape scale featuring 20 μm or 40 μm pitch incremental graduations. RKLC scale is installed onto the axis substrate by a self-adhesive backing tape and it is mastered to the machine substrate, giving improved metrology, when the scale ends are rigidly fixed to the substrate. The scale is compatible with Renishaw’s VIONiC™, TONiC™ and QUANTiC™ incremental encoder series.
[1920 x 1080] [205.5MB]

TONiC™

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Installation video: How to install the Renishaw TONiC™ super-compact digital encoder readhead

Installation video: How to install the Renishaw TONiC™ super-compact digital encoder readhead

Learn how to install the TONiC super-compact digital encoder readhead. Please refer to the relevant TONiC installation guide for more information. The TONiC encoder series is Renishaw’s super-compact, non-contact incremental optical encoder that offers speeds up to 10 m/s and, when combined with the Ti interface, resolutions down to 1 nm for both linear and rotary applications. TONiC systems are quick and simple to install with wide set-up tolerances and calibration at the push of a button. TONiC's dynamic signal processing gives improved signal stability with ultra-low Sub-Divisional Error, high running speeds and compatibility with linear and rotary applications. This makes TONiC suitable for the highest of performance applications where speed and accuracy are crucial. TONiC UHV is available for ultra-high vacuum applications.
[1920 x 1080] [241.1MB]
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Improved metrology with the substrate mastered RKLC encoder scale

Improved metrology with the substrate mastered RKLC encoder scale

The Renishaw RKLC encoder scale is a narrow, low cross-sectional area stainless steel tape scale featuring 20 μm or 40 μm pitch incremental graduations. RKLC scale is mastered to the machine substrate giving improved metrology when the scale ends are fixed to the substrate. The scale is compatible with Renishaw’s VIONiC™, TONiC™ and QUANTiC™ incremental encoder series.
[1920 x 1080] [247.8MB]
Play
Installation video: How to install RKLC incremental linear encoder scale

Installation video: How to install RKLC incremental linear encoder scale

The Renishaw RKLC encoder scale is a narrow, low cross-sectional area stainless steel tape scale featuring 20 μm or 40 μm pitch incremental graduations. RKLC scale is installed onto the axis substrate by a self-adhesive backing tape and it is mastered to the machine substrate, giving improved metrology, when the scale ends are rigidly fixed to the substrate. The scale is compatible with Renishaw’s VIONiC™, TONiC™ and QUANTiC™ incremental encoder series.
[1920 x 1080] [205.5MB]

VIONiC™

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Introducing the new VIONiC series of digital incremental encoders at Semicon West, San Francisco

Introducing the new VIONiC series of digital incremental encoders at Semicon West, San Francisco

Introducing the new VIONiC series of digital incremental encoders at Semicon West, San Francisco.
[1920 x 1080] [480.8MB]
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VIONiC™ digital encoder series - designed for the designer

VIONiC™ digital encoder series - designed for the designer

The VIONiC digital encoder series has been specifically designed with the end user in mind. From its performance, ease of use and multiple configurations to help you optimise your performance; VIONiC really has been designed fro the designer.
[1920 x 1080] [324.7MB]
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Improved metrology with the substrate mastered RKLC encoder scale

Improved metrology with the substrate mastered RKLC encoder scale

The Renishaw RKLC encoder scale is a narrow, low cross-sectional area stainless steel tape scale featuring 20 μm or 40 μm pitch incremental graduations. RKLC scale is mastered to the machine substrate giving improved metrology when the scale ends are fixed to the substrate. The scale is compatible with Renishaw’s VIONiC™, TONiC™ and QUANTiC™ incremental encoder series.
[1920 x 1080] [247.8MB]
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Installation video: How to install the VIONiC™ digital encoder readhead

Installation video: How to install the VIONiC™ digital encoder readhead

No description available
[1920 x 1080] [146.3MB]
Play
Installation video: How to install RKLC incremental linear encoder scale

Installation video: How to install RKLC incremental linear encoder scale

The Renishaw RKLC encoder scale is a narrow, low cross-sectional area stainless steel tape scale featuring 20 μm or 40 μm pitch incremental graduations. RKLC scale is installed onto the axis substrate by a self-adhesive backing tape and it is mastered to the machine substrate, giving improved metrology, when the scale ends are rigidly fixed to the substrate. The scale is compatible with Renishaw’s VIONiC™, TONiC™ and QUANTiC™ incremental encoder series.
[1920 x 1080] [205.5MB]

ATOM DX™

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An incremental encoder engineered for metrology: Introducing ATOM DX™

An incremental encoder engineered for metrology: Introducing ATOM DX™

Renishaw’s expert engineers introduce the technology behind the new ATOM DX™ digital encoder. The ATOM DX encoder builds on Renishaw's ATOM™ miniature encoder series, first launched in 2014, and incorporates advanced interpolation technology originally developed for the VIONiC™ and QUANTiC™ digital encoder families. The combination of miniature size, digital quadrature output direct from the readhead and Renishaw's market proven filtering optics create a powerful foundation for the building blocks of a motion system.
[1920 x 1080] [442.5MB]
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Installation video: How to install the ATOM DX™ miniature digital encoder readhead

Installation video: How to install the ATOM DX™ miniature digital encoder readhead

The ATOM DX encoder series is Renishaw’s smallest incremental optical encoder with digital output direct from the readhead, providing positional feedback, onboard interpolation, and filtering optics all in a miniature package. ATOM DX incorporates the market proven filtering optical system of the ATOM™ encoder series, and integrates Renishaw’s high-performance interpolation technology, reducing system size and the need for additional adaptors and interfaces. This makes ATOM DX suitable for the most space critical applications where performance cannot be compromised. Available to be used with the ATOM series of linear and rotary scales to meet most application requirements.
[1920 x 1080] [226.2MB]

ATOM™

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ATOM miniature incremental encoder (miniaturisation without compromise)

ATOM miniature incremental encoder (miniaturisation without compromise)

Video introducing the ATOM miniature incremental optical encoder. (This version has sound + voiceover).
[1920 x 1080] [381.4MB]
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ATOM miniature optical encoder system employs unique filtering optics to provide exceptional dirt immunity.

ATOM miniature optical encoder system employs unique filtering optics to provide exceptional dirt immunity.

Video showing the ATOM miniature optical encoder's impressive dirt immunity with live oscilloscope.
[1920 x 1080] [350.2MB]

RESOLUTE™

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RESOLUTE™ FS (Functional Safety)

RESOLUTE™ FS (Functional Safety)

RESOLUTE™ FS is a true absolute open optical encoder system certified to the following functional safety standards: ISO 13849:2015 PLd IEC 61508:2010 SIL2 IEC 61800-5-2:2016 SIL2
[1920 x 1080] [99.1MB]
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RESOLUTE™ absolute optical encoder - fundamentals of operation

RESOLUTE™ absolute optical encoder - fundamentals of operation

No description available
[720 x 404] [3.7MB]
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RESOLUTE™ UHV (Ultra-High Vacuum) true-absolute optical encoder

RESOLUTE™ UHV (Ultra-High Vacuum) true-absolute optical encoder

RESOLUTE UHV (Ultra-High Vacuum) true-absolute optical encoder is ideal for UHV applications, including semiconductor device manufacture, wafer handling, scientific research and medical applications.
[1024 x 576] [32.7MB]
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RESOLUTE™ absolute linear and rotary encoder

RESOLUTE™ absolute linear and rotary encoder

Video introducing RESOLUTE™, a true absolute, fine pitch optical encoder system.
[720 x 540] [20.3MB]
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RESOLUTE™: safety through reliability

RESOLUTE™: safety through reliability

White paper: RESOLUTE™: safety though reliability
[640 x 480] [39.8MB]

EVOLUTE™

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EVOLUTE™ absolute optical encoder - fundamentals of operation

EVOLUTE™ absolute optical encoder - fundamentals of operation

No description available
[1920 x 1080] [80.2MB]

Diagnostic tools

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Increasing encoder performance with Advanced Diagnostic Tools (ADTs)

Increasing encoder performance with Advanced Diagnostic Tools (ADTs)

The Advanced Diagnostic Tools, ADTa-100 and ADTi-100, acquire comprehensive real-time data from Renishaw's RESOLUTE™, EVOLUTE™ and FORTiS™ absolute encoders, and VIONiC™, QUANTiC™ and ATOM DX™ incremental encoders. This information is displayed via the user-friendly Renishaw ADT View software interface.
[1920 x 1080] [36.0MB]
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Introducing the Advanced Diagnostic Tool, ADTi-100 and ADT View software

Introducing the Advanced Diagnostic Tool, ADTi-100 and ADT View software

The QUANTiC™, VIONiC™ and ATOM DX™ series of incremental encoders are quick and easy to install and calibrate without the need for additional tools. However, for applications where more detailed encoder information is required, you can use an optional Advanced Diagnostic Tool ADTi-100, combined with the free downloadable ADT View software, to give real-time encoder feedback for calibration and diagnostics.
[1920 x 1080] [98.9MB]

Scales

Play
Improved metrology with the substrate mastered RKLC encoder scale

Improved metrology with the substrate mastered RKLC encoder scale

The Renishaw RKLC encoder scale is a narrow, low cross-sectional area stainless steel tape scale featuring 20 μm or 40 μm pitch incremental graduations. RKLC scale is mastered to the machine substrate giving improved metrology when the scale ends are fixed to the substrate. The scale is compatible with Renishaw’s VIONiC™, TONiC™ and QUANTiC™ incremental encoder series.
[1920 x 1080] [247.8MB]
Play
Installation video: How to install RKLC incremental linear encoder scale

Installation video: How to install RKLC incremental linear encoder scale

The Renishaw RKLC encoder scale is a narrow, low cross-sectional area stainless steel tape scale featuring 20 μm or 40 μm pitch incremental graduations. RKLC scale is installed onto the axis substrate by a self-adhesive backing tape and it is mastered to the machine substrate, giving improved metrology, when the scale ends are rigidly fixed to the substrate. The scale is compatible with Renishaw’s VIONiC™, TONiC™ and QUANTiC™ incremental encoder series.
[1920 x 1080] [205.5MB]
Play
Installation video: FASTRACK™ linear optical encoder system

Installation video: FASTRACK™ linear optical encoder system

No description available
[720 x 404] [10.8MB]