Angle encoders with integral bearing
Thanks to their very high system accuracy, angle encoders with an integral bearing are ideal for demanding applications such as machine tools and printing machines.
Modular angle encoders
These angle encoders can be perfectly matched to the application, offering a choice of optical or magnetic scanning and numerous combinations of circular scales, scale drums, and scanning heads.
Angle encoder modules
The optimal interplay between these angle encoders and their high-precision bearings results in high measurement and bearing accuracy, very high resolution, exceptional repeatability, and the added benefit of easy installation.
System integration: encoders for every application
Are you searching for a specific encoder? Use our new encoder selector tool to find the right one for your needs.
Find solutions for your industry
HEIDENHAIN experts are right at home in numerous industries. Let’s discover solutions for your specific applications together. Discuss your requirements with our sales engineers, and let our brands support your market success with their extensive product portfolios and strong industry expertise.
These resources may interest you
Brochure: Angle Encoders with Integral Bearing
Learn more about angle encoders with integral bearing, including technical features, mounting information and specifications.
Download PDFBrochure: HEIDENHAIN Encoders for Servo Drives
This brochure provides a selection of encoders designed for use on electric motors, including selection tables, technical features and specifications.
Download PDFModular Angle Encoders with Optical Scanning
Read more about HEIDENHAIN modular angle encoders, including technical features, mounting information and specifications.
Download PDFSafety-Related Position Measuring Systems
HEIDENHAIN offers encoders that can be used in safety-related applications with purely serial data transmission via EnDat 2.2.
Download PDFFrequently asked questions
Product success stories
Applications for medical therapy
Inaccuracies in the positioning or guidance of the therapy instruments can have far-reaching consequences.
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Applications in the laboratory
Modern medical laboratories are characterized by highly automated processes with a high degree of repeatability. Their task is the analysis of very small individual samples in large charges within a very brief time.
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Resolvers vs. encoders for motion control
The phrase “more precise control” would generally drive the solution towards an encoder over a resolver. The application of dry food packaging however might tend to drive it back towards a resolver. Here are some characteristics you can consider to help make the decision.
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