OUR SERVICES

End-to-end engineering for high-tech mechatronic systems and intelligent machines

We turn your specifications into a fully engineered machine, mechatronic system, test setup, tooling or scientific instrument — taking care of everything from first concept to onsite installation.

01.

Integrated approach

Mechanics, control and simulation working together from day one — fewer iterations, faster time to market.

02.

Model-based design

Every engineering decision is grounded in simulation. Hardware is only built once we know it will work.

03.

High-tech systems

Precision instruments, scientific equipment, high-tech mechatronics — we work where tolerances are tight.

01 — FROM CONCEPT TO QUALIFIED MACHINE

Machine Design

We turn your specifications into a fully engineered machine — from feasibility study and concept design through detailed CAD, manufacturing coordination and onsite installation. Our structured six-phase workflow gives you clear deliverables and decision moments at every step, so you stay in control of the project.

Feasibility study Concept & detailed design Manufacturing Qualification & test Onsite installation
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tripod

02 — FROM DATA TO SELF-IMPROVING MACHINE

Intelligent Control

Machines that learn from operating data and continuously optimise themselves — without replacing your existing control system. We combine physics-based digital twins with neural networks to monitor system health, reduce energy consumption and maintain peak performance over the full machine lifetime.

Digital twin Physics-Guided Neural Networks Health monitoring Energy optimisation Plug-and-play Iterative Learning Control
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03 — FROM PID TO LEARNING CONTROL

Automation

High-tech machines demand control systems that are accurate, robust and maintainable over their full lifetime. We cover the complete spectrum — from classic PID tuning in the frequency domain to advanced model-based, adaptive and learning control strategies. We select and implement the technique that fits your machine, not the other way around.

PID & Feedforward MIMO control Model Predictive control Adaptive Feedforward Physics-Guided Neural Networks Iterative Learning Control
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Telescope
Model Based Design

04 — ACCURATE MODELS LEAD TO BETTER DESIGN CHOICES

Simulation & Modelling

We build accurate digital models of your system before a single part is made. From multi-domain physics simulations and FEM structural analysis to reduced-order models for dynamic response and floor vibration sensitivity — our model-based approach gives you confidence in the design and reduces costly late-stage iterations.

Multiphysics & system models FEM Eigenfrequency analysis Digital twins Reduced-order models Design optimisation
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05 — YOUR MACHINE ASSEMBLED AND VALIDATED

Build & Test

We assemble your machine in-house, integrate all subsystems and verify performance against your full specification — including factory acceptance testing before delivery and onsite commissioning. You receive a system that has been validated, not just built.

Assembly & integration System validation FAT / SAT Performance testing Commissioning
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Robot
Test engineer

Ready to start your next project?

Tell us what you're building. We will tell you how we can help.