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Get in touch to find out how you can get more out of your MEMS today.
We have more than 30 years of experience in a variety of demanding fields including photonics, life sciences, watchmaking, and harsh environments. Our experienced and tenured team supports our partners with a flexible mindset, strengthened by a state-of-the-art 150 mm wafer clean room.
At CSEM, our expertise covers the entire development cycle, from MEMS design to process industrialization and small to medium volume production. Whether you need a complete development, some design inputs, or just a few thin-film depositions, we are here for you.
Thanks to our flexibility and deep understanding of new processes, we specialize in prototyping and industrializing the next generation of MEMS, microfluidics, and photonic devices. We facilitate and accelerate the innovation of our start-ups, SMEs, and multinational partners.
We are constantly developing and maturing new technological building blocks, processes, and materials to anticipate industry needs and trends. You have the vision, we have the tools and expertise to make it happen.
We have mastered this process for decades to create high performance MEMS and compliant micro-mechanisms for the space and watch industry.
Our open foundry platform for LNOI is unique in Europe. Discover our capabilities and services for your non-linear optics and sensing applications.
We deposit and pattern this lead-free piezoelectric thin film for high performance ultrasonic transducer applications.
We combine biocompatible polymers and thick gold electroplating to produce complex flexible MEMS. Ideal for implantable electrodes or sensing devices.
We are proficient in various coating and printing technologies for functionalization of microfluidic and sensing chips.
Our decades of research in wafer-level atomic clocks comes on handy when we provide you with state-of-the-art cells for quantum applications.
These membranes are used in ultrafiltration or TEER measurements. We've mastered their fabrication on 150 mm wafers with controlled holes down to 50 nm in diameter.
Get in touch to find out how you can get more out of your MEMS today.