Measurement and testing technology for the high demands

Our mechatronic drive solutions for measurement and testing technology combine precision, repeatability and thermal stability — for reliable results in laboratories, manufacturing and calibration.

Technological advantages for measurement and testing technology 

Freedom from backlash

Ironless motors for interference-free measurements – ideal for highly sensitive applications.

Repeatability

Repeatable movements and high positioning accuracy for precise measurement results.

Thermal optimization

Optimized heat dissipation for consistent performance even during continuous operation.

Individual control

Customized motor control – precisely tailored to your application.

Durability & Innovation

Robust, durable components – for lasting precision and minimal maintenance.

Precision

Highest precision to the nanometer range — for demanding measurement tasks.

Measuring and testing applications

Whether environmental scanners or mobile calibration devices — compact drive components with protection class enable precise movements even under harsh conditions. The increasing demands on manufacturing and testing processes require robust, flexible solutions — mobile and highly dynamic.

 

Our drive systems are used in two key areas of laboratory and testing equipment: they enable the precise examination of material properties and exact material processing, as well as the finest movements in the nanometer range—for example, in vacuum equipment or high-resolution microscopes. The combination of high positioning accuracy, thermal stability, and compact design makes them the ideal solution for demanding testing tasks.

In dynamic measuring systems — such as force- and displacement-controlled pressing — linear actuators ensure precise movements. The combination of repeatability, thermal stability and compact design makes them the ideal solution for automated testing processes in series production.

Laser interferometers and nanoprecisive drive systems enable high-precision calibration of machine tools — even as a replacement for optical encoders. The technology is based on many years of experience in developing systems where every micrometer counts.

attocube: Pioneers inprecision

attocube's portfolio ranges from nanopositioners and measuring interferometers to scanning probe microscopes, circulating cryostats, and solutions for materials science.
The products are designed to function flawlessly even under extreme conditions such as extremely low temperatures, high magnetic fields, or ultra-high vacuum.

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