Linear Motion Stage Built for Intelligent Control

Linear motion stage with intelligent control

Experience a new level of accuracy and reliability with our advanced linear motion system. Engineered for smooth, precise travel and built with robust mechanical design, it delivers consistent performance even in demanding environments, from cleanroom automation to high-vacuum applications.

Powered by our intelligent control technology, the system continuously adapts to load, speed, and operating conditions, optimizing performance, increasing throughput, and ensuring exceptional positioning accuracy and repeatability. From automated manufacturing to high-precision assembly and mechatronic system design, it provides the smart, stable motion your applications depend on.

Discover linear motion that thinks ahead, so your production can move faster, smoother, and smarter. Explore more of our precision engineering projects to see how this technology performs in real-world systems.

Key features

Nanometer resolution
Velocity up to 2 m/s
Acceleration up to 20 m/s²

projects

Success stories

Take a look at a selection of our engineering projects, where we create smart and practical solutions designed to tackle specific challenges in different industries.

Linear motion stage

Linear motion stage with our intelligent control technology to boost the performance of high-tech mechatronic systems and machines.

Gearbox test bench

A platform to develop predictive maintenance and AI-driven condition monitoring via electrical motor signatures.

Wafer Transfer Module

Design of a wafer transfer module to place square 310 mm wafers with micrometer position accuracy on a carrier.

Verification tool for the semicon industry

Verification tool designed to test the functionality and verify the specifications of a new module for a lithography machine.

Microscope for Cell Avidity

Design of a microscope to support cell avidity technology for faster identification of the most effective medicines.

Model Predicitive Control

Ball-balancing tripod demonstrating superior model-based control performance using real-time controller and advanced simulation tools.

Sample stage for an analytical tool

Development of an innovative stage for an analytical tool, offering nanometer-level resolution for precise sample scanning.

Vibration-free cryogenic cooler

Design and verification of a vibration-free cryogenic cooler for an analytical tool.

Ultra-High Vacuum sample loader

Design and validation of an ultra-high vacuum-compatible sample loader for an electron microscope.

Vacuum seal test setup

Design and verification of a test setup to assess the lifetime of a novel vacuum seal for a lithography machine.

Stage for a metrology system

Design and verification of a positioning stage for a metrology system operating in high vacuum environment.