Product Design & Development

Dynamic, Non-Contact Measurement Advantages & Techniques

Monday, June 15, 2009

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Precision, non-contact measurement of stationary or moving objects has numerous advantages. A new document provides details on sensor selection and measurement techniques.

Precision, non-contact measurement of stationary or moving objects has numerous advantages. A newKeyence document provides details on sensor selection and measurement techniques.

A newly released document from KEYENCE: “Dynamic Non Contact Measuring Techniques” describes the technology of laser displacement sensors and their advantages. They make it possible to measure height, length, thickness and diameter on fast-moving, vibrating or rotating targets as well as on stationary objects.

Non-contact sensors eliminate damage to the target and enable fragile, soft and high-temperature targets to be measured. They can even measure accurately through glass. Different types of sensors are described. Selection criteria including: accuracy, range, response speed and environmental concerns are discussed.

For more information visit http://www.keyence.com.

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