Unprecedented mechanical and thermal stability. Long duration experiments. Our novel in situ cooling holder turns your electron microscope into an ultra-low temperature imaging platform. Atomic resolution imaging near absolute zero is at your fingertips. arXiv:2402.00636
Isolates vibrations for atomic resolution imaging across temperatures
Temperature feedback control for 2 millikelvin stability below 25 K maintained over many hours.
Our liquid flow design and specialized vibration damping enables precise temperature control, subatomic mechanical stability, and minimization of cryogen waste. These innovations lead to imaging at ultra-cold temperatures with unprecedented atomic resolution and stability.
Read about these advancements here
Our growing team includes Emily Rennich (Founder), Robert Hovden (Founder), Ismail El Baggari (Founder), Benjamin Savitzky (Senior Scientist), Maya Gates (R&D Engineer), and Mike Blaney (Operations and Administration). Together, the team brings a wealth of expertise in ultra-cold cryogenic electron microscopy for next-generation materials and devices.
