Press room

CSEM and QDI Systems developed the first quantum dot CMOS image sensor that directly converts X-rays to electronic signals, enabling compact, cost-effective imaging for medical, industrial, and recycling applications.

CCRAFT, a CSEM spin-off, launches the first production-ready foundry for TFLN photonic chips—powering next-generation optical communication, AI, and quantum technologies with ultra-fast, energy-efficient components.

ESA's Atomic Clock Ensemble in Space: CSEM's mechanical and thermal simulations helped ensure that Safran's SHM could withstand the intense shocks and vibrations of launch.

CSEM is part of a European consortium helping innovators exploit photonic technologies to add smart features and improve the performance of their products through a ‘one-stop-shop’ innovation factory.

CSEM opens Switzerland’s first dry room to accelerate next-gen battery innovation. With an ultra-low dew point (-50°C) and a pilot line for pouch cells, this unique facility, set to be operational in 2025, will support the industrialization of advanced technologies, including lithium-metal batteries.

CSEM is part of the project that aims to transform thermal energy management by integrating thermoacoustic and electrocaloric systems, reducing energy loss, and enhancing efficiency across industries for a sustainable, low-carbon economy.

The CSEM Inventor Award 2025 recognizes the PulseSpeed algorithm, which accurately measures heart rate and physical activity without GPS, optimizing the energy efficiency of connected devices.

The SPECTRA project aims to combine cutting-edge sensor technology with advanced algorithms to deliver new insights into cardiovascular health with minimal user burden.

The University of Utrecht, CSEM, and partners will develop automated manufacturing, vascularize bioprinted liver constructs with a new strategy, and validate them pre-clinically.