All four H2020 projects involve microfabrication — from piezoelectric energy harvesters (smart-MEMPHIS) to medical device pilot lines (InForMed, POSITION-II).
SILEX MICROSYSTEMS AB
Swedish MEMS foundry specializing in microfabrication services for semiconductor, medical device, and energy harvesting applications.
Their core work
Silex Microsystems is a Swedish MEMS (Micro-Electro-Mechanical Systems) foundry that manufactures microfabricated devices for industrial and medical applications. They specialize in advanced thin-film deposition processes, particularly Atomic Layer Deposition (ALD), and provide foundry-grade manufacturing services for semiconductor and medical device companies. Their work spans from piezoelectric energy harvesting components to smart catheters and implantable medical devices, positioning them as a critical fabrication partner in the European microsystems supply chain.
What they specialise in
SALADIN focused specifically on building an automated ALD batch tool for semiconductor foundry integration.
InForMed built an integrated pilot line for micro-fabricated medical devices; POSITION-II developed next-generation smart catheters and implants.
smart-MEMPHIS developed piezo-based energy harvesting with integrated supercapacitor and packaging, where Silex served as coordinator.
SALADIN targeted thin-film deposition equipment specifically for the semiconductor industry, signaling a push into chip manufacturing supply chains.
How they've shifted over time
Silex began their H2020 participation with broader MEMS work — coordinating an energy harvesting project (smart-MEMPHIS, 2014) and joining a medical device pilot line (InForMed, 2015). In their later projects (2017-2021), focus sharpened toward two specific application domains: ALD process equipment for the semiconductor industry (SALADIN) and smart medical implants (POSITION-II). The shift suggests a company moving from general MEMS foundry services toward higher-value, more specialized manufacturing capabilities.
Silex is moving toward specialized semiconductor manufacturing equipment and medical device fabrication — two high-margin segments where MEMS foundry expertise commands premium value.
How they like to work
Silex operates primarily as a participant (3 of 4 projects), contributing specialized fabrication capabilities to larger consortia. They coordinated one project (smart-MEMPHIS), their largest by funding, showing they can lead when the topic is core to their expertise. With 79 unique partners across 13 countries, they maintain a broad European network typical of a sought-after fabrication partner that multiple consortia want on board.
Silex has collaborated with 79 unique partners across 13 countries, indicating strong demand for their fabrication services across diverse European consortia. Their network spans both the semiconductor and medical device ecosystems.
What sets them apart
Silex is one of very few independent, pure-play MEMS foundries in Europe — they don't design their own products but manufacture other companies' microsystem designs at scale. This foundry model makes them a rare and valuable partner: they bring fabrication infrastructure without competing with the consortium's IP owners. Their combination of ALD process expertise and medical device manufacturing experience is particularly hard to find in a single SME.
Highlights from their portfolio
- smart-MEMPHISSilex's only coordinator role and largest single grant (EUR 1.46M), focused on piezoelectric MEMS energy harvesting with integrated packaging.
- SALADINTargeted development of an automated ALD batch tool for semiconductor foundries — directly tied to Silex's core manufacturing business and future growth.
- POSITION-IIPart of a pilot line for next-generation smart catheters and implants, demonstrating Silex's reach into the high-value medical device fabrication market.