Skip to content

APR Technologies develops core pump technology at Myfab Uppsala

Myfab Uppsala

APR Technologies AB, based in Enköping, Sweden, is advancing its core pump technology through cutting-edge microfabrication – an essential yet resource-intensive process.

As the technology is still undergoing development and verification, the company has opted against investing in dedicated fabrication facilities at this stage. Instead, APR leverages access to Myfab. This provides APR with a professionally maintained environment that includes advanced equipment, chemical handling protocols, high cleanliness standards, and specialized processes such as lithography.

“This collaboration allows us to focus our resources on innovation and product development, without the overhead of building and maintaining our own fabrication labs,” says Peter Nilsson (CEO). “It enables us to accelerate R&D, ensure process reliability, and maintain flexibility as our technology matures.”

APR Technologies specializes in advanced thermal management solutions for space and ground-based electronics and battery systems. Their compact, low-power, and vibration-free products use dielectric fluids and electrohydrodynamic (EHD) pumping technology. The company’s portfolio includes both passive and active systems – such as thermal switches, heat exchangers, and fluid loops—designed to optimize performance in demanding applications across space, ICT, and battery sectors.

Highlights and events

Event a university house - Ångström Laboratory - Myfab Uppsala
2026 02 09
Myfab Chalmers , Myfab , Myfab KTH , Myfab Lund , Myfab Uppsala

Nordic user and technician meetings to Myfab Uppsala

Read more
2026 02 05
Myfab Chalmers

Humidity-resistant hydrogen sensor can improve safety in large-scale clean energy

Read more
2026 01 29
Myfab Chalmers

Novel quantum refrigerator benefits from problematic noise

Read more
AMSwitch proposed an altermagnetic chip that harnesses a new class of quantum magnetic materials called altermagnets, distinguished by their alternating and huge spin-split electronic states. The schematics depict the chip alongside a magnet (left) and a band structure (right) revealing a pronounced spin splitting between the up-spin (red) and down-spin (blue) electronic bands.
2026 01 23
Myfab Chalmers

Major EU funding for new generation of quantum magnetic chips

Read more
See all highlights