High-Tech Machines &
Mechatronic Systems Built to Perform
We turn your technical requirements into a working machine. We combine mechanical design, simulation, control engineering and software, then assembles and validates the complete machine.
Developing a new system or improving an existing one? We help you achieve the accuracy, speed and reliability your application requires.
Simulation & Modelling
Understand how your machine will behave before you build it. We use simulation to compare designs, identify risks and reduce costly changes later in development.
Machine design
Turn your requirements into a custom machine, precision mechanism or test setup. We develop the design, integrate the subsystems and verify the complete system.
Control & Automation
Improve how your machine moves and operates. We develop control algorithms and automation software to increase accuracy, shorten cycle times and maintain reliable performance.
Engineering Expertise that Accelerates Your Innovation
We provide engineering expertise for the development of intelligent machines and high-tech mechatronic systems.
Machine design
By integrating mechanical and control engineering from day one, we minimize design iterations and costs while maximizing performance - bringing your system to market faster with our model-based approach.
Modelling & FEM
Accelerate innovation and boost confidence in your design with our model-based engineering approach. Using advanced Simscape models and FEM analysis we optimize the design and predict performance to reduce design iterations and costly prototypes.
Control & Automation
Gain peak performance with our control & automation expertise: model-based algorithms, digital twins, and machine learning fine-tune your performance, predict faults, maximize overall productivity and uptime.
Build & Test
We have the expertise and equipment to manufacture, assemble, and validate the performance, functionality, and reliability of the designed machine or system in our lab.
Improve the Performance of Your Existing Machines
Our intelligent control technology uses machine data and physics-based models to identify changes in behaviour and optimise operation. It works alongside your existing control system to improve performance and monitor machine condition.
Plug-and-play
Self-learning
Continuous optimal performance
Higher Throughput
Health monitoring
Impoved accuracy
Energy saving
Selected Engineering Projects
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
Gearbox test bench
Wafer Transfer Module
Verification tool for the semicon industry
Microscope for Cell Avidity
Model Predicitive Control
Sample stage for an analytical tool
Vibration-free cryogenic cooler
Ultra-High Vacuum sample loader
Vacuum seal test setup
Stage for a metrology system
Engineering Expertise that Accelerates Your Innovation
We unite mechanical design, precision engineering, mechatronics and advanced simulation to solve complex motion, thermal and control challenges, even in vacuum or cryogenic environments, delivering turnkey high-tech systems.
Mechanical engineering
We design mechatronic systems, test setups, tooling and scientific instruments according to your specifications from the initial concept to a fully qualified system, ensuring reliable performance, durability and accuracy.
Precision Engineering
We apply precision engineering design principles, ensuring control over degrees of freedom and integrating elastic elements to reduce friction, hysteresis, and microslip, all to achieve exceptional accuracy and repeatability.
Mechatronics
Our mechatronics expertise combines mechanical engineering with electronics and software to create intelligent, integrated systems.
Dynamics
We master dynamic analysis via multi-domain modeling, from quick mass-spring estimates to detailed FEM, iteratively integrating Matlab-Simulink to predict performance and optimize the design.
Control & Automation
We excel in motion and equipment control, employing frequency-domain tuning, robust feedback, MIMO, iterative learning, model-based control, seamlessly integrating diverse real-time platforms to achieve ultimate performance.
Software
From PLC and motion-platform code to intuitive operator interfaces, we develop robust control software that drives precise automation and delivers real-time insight into machine performance.