OUR SERVICES


The transition to sustainable and renewable energy sources is going fast, and we are stepping up to accelerate these developments. Our involvement is predominantly in new technologies and start-ups, since it is in our DNA to quickly transform technical ideas into feasible concepts. We operate in the early development phase. Moving swiftly from initial plans to a functional model or even a validated prototype. Our broad knowledge base combined with our strength in system architecting will bring your sustainable ideas to life.
We engineer and build solutions for energy transition applications. From flexible solar panels and electrolyzers to a variety of energy storage solutions. We model and simulate, mechanically as well as thermally, we validate the design and optimize the end product, whether it’s a functional model or an actual prototype, helping our customers to take their next step towards a full-grown commercial product.

The energy transition calls for advanced energy systems that combine sustainability and effectiveness, at a local or regional level where possible. On the basis of our broad experience with thinking in terms of systems, we consider complete energy systems, from generation and storage to conversion and consumption. In this way, we develop efficient solutions that can cover the entire energy chain.
We believe in the power of partnerships. So, to deliver as promised, we combine expertise, experience, and domain knowledge to create a winning team. Working side-by-side, creating shared value.



The performance of precision mechanisms can be limited by disturbing vibrations that are amplified at parasitic eigenfrequencies. Piezoelectric patches that are integrated into flexures have been shown to be a promising approach for actively suppressing parasitic modes.
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ASML uses qualification tools in the development and production of systems such as position modules. Drawing on our extensive experience in this area, we focused the design of the PMQT4 qualification tool on helping ASML to accelerate development and streamline production.
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Precision laser beam steering determines the quality and bandwidth of satellite laser communications for fast and secure internet and data traffic. For this purpose, the Fine Steering Mirror (FSM) has been designed.
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It is essential that the ventilator support is synchronized (in time) with the patient’s spontaneous breaths. A mismatch in this timing is referred to as Patient-Ventilator Asynchrony (PVA). To improve the patient’s comfort and recovery this PVA must be prevented. A key step in this process is the detection and classification of PVA.
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