High-end motion systems for the electronics industry

The continuous miniaturization of components drives rapid advances in the electronics industry. The basis for increasingly smaller chips in front-end production and higher density circuits in back-end production is the continuously improved accuracy of the measuring and motion technology employed. Motion platforms from ETEL, featuring HEIDENHAIN encoders, and ETEL motion and position controllers, deliver exceptional accuracy and outstanding performance.

ETEL motors: unique technology and wide variant diversity

ETEL offers an extensive range of standard linear motors and standard torque motors for nearly any customer requirement. They all feature a unique zero-cogging design for outstanding peak power density and unparalleled thermal efficiency. The benefits for precision are considerable.

CHARON2: the combined expertise of ETEL and HEIDENHAIN

Modular, scalable and highly accurate: these characteristics define the CHARON2 platform. Its expansion stages range from a standalone X axis to a complete motion system with up to seven axes. Since CHARON2 is designed to accommodate multiple standard modules and options, a solution can be brought to market in very little time. And it's not just for the semiconductors industry but also for medical technology, pharmaceuticals, and materials science. 

CHARON2 delivers a position accuracy of ±1 µm along with excellent bidirectional repeatability and high dynamic performance. It's a perfect example of ETEL verticle expertise in motors, electronics, and controllers combined with HEIDENHAIN mastery in the field of positioning accuracy.

AccurET and UltimET: the modular system for motion and position control

UltimET motion controllers and AccurET position controllers deliver powerful performance in an extremely compact form factor, thereby improving machine accuracy and throughput while saving space. Thanks to their standardized design and modular architecture, machine builders can easily integrate them into their mechanical design. 

These controllers can be used with all servomotors available on the market. Their decentralized architecture ensures the same high level of performance and speed regardless of the number of axes being controlled. This distributed architecture also facilitates cabling, on-site maintenance, installation, and servicing.

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