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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Substrate mastered scale on a CMM

The thermal behaviour of an encoder scale is an important consideration when selecting any encoder system. Renishaw's mastered scales are thermally independant of the underlying substrate.This article presents an example application where mastered scale m

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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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Floating steel encoder scales for SMT

This application note discusses surface mount technology (SMT) applications and presents an example of where linear steel scale (installed to be thermally independent of its mounting substrate) may be preferable to the currently widely used, but expensive

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The accuracy of rotary encoders

This white paper outlines the major factors affecting rotary (angle) encoder performance to help designers choose the best encoder system for their chosen application.

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