Successful LIDA 400 Exposed Linear Encoder Is Redesigned for the Future of Motion Feedback

HEIDENHAIN CORPORATION released the well-known LIDA 400 series linear encoder in the year 2000 and, since then, it has established itself in many applications including coordinate measuring machines, linear motion stages, wafer inspection, waterjet cutting, and a long list of others. Now, with advancements in technology, HEIDENHAIN introduces the next generation fully redesigned LIDA 400 series with several benefits and features.

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Miniature Linear Encoder Perfect for Linear Motors

With its postage-stamp size scanning unit and very high accuracy, these encoders are of special interest to stage manufacturers or anyone using linear motors in their machine design.

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Encoders for Linear Motors in the Electronics Industry

The semiconductor industry and automation technology increasingly require more precise and faster machines in order to satisfy growing demands on miniaturization, quality, and manufacturing cost reduction. Linear motors are gradually becoming more important in such highly-dynamic applications with one or more feed axes.

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First Adopters of Linear Motors in PCB Drilling

The manufacturer from Sinn in the Central Hessen region of Germany was the first company to successfully use linear motors with PCB drilling machines. This technology was also implemented for the DRB 610 1+1 PCB drilling and milling machine shown at the Productronica 2013 fair for the highly dynamic positioning of its two spindles (Figure 1). The machine producer also places its trust in LIC 4100 absolute exposed linear encoders from Heidenhain to achieve precise position measurement and control of traversing velocity.

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Linear Encoders for Vacuum Technology

The word “vacuum” is used to describe an empty space, meaning a volume not filled with air or any other gas. A vacuum is classified as a low, medium, high or ultrahigh vacuum, depending on its purity. ‘

Vacuum technology plays a significant role in many modern production procedures and research tasks. Procedures using vacuum technology have become indispensable in the electronics industry and biotechnology, in thin-film deposition technology, in the development of new materials, and in medicine and analytical technology.

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