SenSiC is dedicated to the development, production and commercialization of real-time
beam sensors for harsh environments that are based on the semiconductor material silicon
carbide. Owing to its vast experience with SiC technologies as well as its unique capability of
a new wafer thinning technique - a fundamental process step for fabricating beam monitors
with high beam transparency and beam linearity - SenSiC is expected to play a pivotal role in
the expanding accelerator business. Despite its young age, SenSiC has already established
a strong network across universities, research institutes and beamline facilities, providing first-hand information on recent developments in the X-Ray monitoring field and a close interaction
with future customers of SenSiC.
beam sensors for harsh environments that are based on the semiconductor material silicon
carbide. Owing to its vast experience with SiC technologies as well as its unique capability of
a new wafer thinning technique - a fundamental process step for fabricating beam monitors
with high beam transparency and beam linearity - SenSiC is expected to play a pivotal role in
the expanding accelerator business. Despite its young age, SenSiC has already established
a strong network across universities, research institutes and beamline facilities, providing first-hand information on recent developments in the X-Ray monitoring field and a close interaction
with future customers of SenSiC.
Location: Switzerland, Aargau, Villigen
Investors 1
| Date | Name | Website |
| 03.05.2022 | Venture Ki... | venturekic... |
Mentions in press and media 1
| Date | Title | Description |
| 30.03.2022 | Startups developing microwave passive devices, a NMR-based fragment screening platform, a new way to play videogames, miniature sensors in the EVD, an handwriting iPad app for children, and radiation ... | MinWave Technologies: Microwave passive devices 10x smaller, 10x lighter Passive RF devices are parts of communication systems that lie in between the antenna and the electronics part. They exist in any communication system, such as satelli... |