OUR SERIVCES


The innovative, unique and high-tech nature of aerospace applications matches perfectly with our R&D, engineering and design services. Because even though the industry is well-established, aerospace systems without exception require state-of-the-art developments into areas that are often completely unknown. We boldly engineer what no company has done before. Our compelling proficiencies in simulation, optics and cryogenics are vital for this industry.
We are involved in four different domains. Our compelling proficiencies in simulation, optics and cryogenics are vital for this industry.

Our innovative solutions are specifically designed to endure extreme conditions, such as the intense impact of satellite launches and significant temperature fluctuations, while also meeting stringent precision requirements. Or, optical systems that need to compensate for atmospheric disturbances caused by temperature variations and turbulence, and sensitive measuring instruments, where thermal noise is a critical factor in determining measurement quality.
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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