Laser encoder improves accuracy of optical connector measurement

Integration of the Renishaw RLE10 laser encoder has enhanced machine alignment, installation and system stability. The positional accuracy of the YGN-590-MT multi-core optical connector inspection machine has been dramatically improved as a result, from 0.1 μm to 0.01 μm resolution.

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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 system on multiple X and Y axes. The ATOM series offers a c

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Which encoder scale type is best for your application?

How an encoder scale is mounted can play an important role in the accuracy of the measurement. This webinar will explain the concepts of floating and mastered scales and which to select for your application.

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Introduction to encoder systems

What is an encoder? This article aims to explain optical encoders in simple terms: it covers an introduction to what an encoder is, the different types of encoder, how they work and where they are used.

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Substrate mastered encoder scale for laser cutting machines

Laser cutting is used across industries ranging from aerospace to civil construction. This article explores how Renishaw’s substrate mastered linear encoder scales, such as RKL, might be used in a fibre laser cutting application where a laser is used to p

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Optical encoders and LiDAR scanning

Many of the world’s leading LiDAR (Light Detection and Ranging) manufacturers have developed vehicular LiDAR laser scanning systems, with Renishaw’s high-performance optical encoders onboard, to provide precise and accurate co-ordinate measurement data fo

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