Everyone sees the finished product. Few see the people making everything work together. Demcon and Krohne reveal why systems engineers are the hidden force behind innovation, project success, and technological breakthroughs.

As AI transforms software development, Demcon high-tech systems is shifting the focus from writing code to designing system behavior, using AI and model-based engineering to build smarter, future-ready systems.

Demcon high tech systems helps turn photonics innovations into manufacturable products by combining expertise in optics, mechanics, electronics and software, from prototype development to industrial production.

Meeting higher acceleration require a new approach. Demcon's high-G motion concept delivers extreme dynamic performance while ensuring accurate and repeatable testing conditions.

Demcon helps quantum startups scale from prototype to product by applying systems engineering and industrialization expertise.

Millions of pieces of debris are circling Earth at speeds of up to 28,000 kilometres per hour. To keep future satellites from joining them, Demcon is developing a lightweight, passive de-orbiting system.

A combination of reluctance principles and permanent magnets offers a way to increase actuator efficiency while maintaining a simple and robust design.

What if unwanted vibrations could be reduced without adding a bulky damping system? By integrating piezoelectric patches directly into the flexures, modal damping increased from as little as 0.4% to as much as 13%. Discover how the team achieved this result.

Demcon multiphysics enhances high-tech system perfomance with an advanced modeling framework, optimizing cable behavior under high forces and accelerations.

Some of the biggest precision challenges start with the smallest temperature changes. Our engineers predict and manage thermal effects to prevent minor deviations from becoming major issues.

Demcon and TNO are testing a system that creates an artificial star 90 km above Earth, enabling some of the world’s most powerful telescopes to see the universe more sharply. The surprising part is not the star itself, but the extraordinary precision required to make it work reliably.

Many engineering challenges don't fail in the design phase. They fail much earlier. Discover why modelling plays a crucial role in translating customer needs into feasible solutions, and how it can prevent costly surprises down the road.

In this article, we present the model-based design steps for a high-performance vibration isolation system to support a metrology frame.