Our partners at the University of Michigan created this beautiful art-inspired solar tech: ow.ly/MskI50P45Aw

Quantum computers continue their march towards supremacy: ow.ly/gZtL50OPMgs

Our fully operational cleanroom with fabrication and characterization capabilities is ready to support your projects with ready-to-ship coated products as well as custom coatings, device fab, and patterning services. More here: ow.ly/BQil50ONrri

This thermal evaporation Amod PVD platform is now with our partners at the University of Queensland in Australia, helping them research and create next-generation optoelectronics (display, lighting, lasers, solar cells, and sensors).

In world first, our partners at Caltech have demonstrated beaming energy harvested in orbit from thin film solar cells back down to earth: ow.ly/KWpn50OJjl8

Artificial skin made from thin films with a sense of touch that can also self-heal! Dr. Bao's team at Stanford keeps pushing the envelope: ow.ly/lwTi50OGIfn

This stunning mural created by Stephanie Boutari now brightens our atrium. We are fortunate to experience this exciting art as we go about our projects, boosting our inspiration, creativity, and focus. More on Stephanie's work here: stephanieboutari.com/

This EvoVac is off to our partners in Italy at the Institute for Microelectronics and Microsystems! With both sputter deposition and electron beam evaporation, it's a versatile PVD workhorse for this lab. More on EvoVac here: ow.ly/vNix50Ox3Bx

Happy Pride 2023!

Electronic 'sensing' skin has taken another step forward thanks to our brilliant partners at Stanford: nature.com/articles/d41586-0…

This EvoVac is now with our partners at Dartmouth who are creating neural interface electronics via thin film nanomesh structures. The Fang research group pioneer this unique technology that has broad applications in biology and medicine. More here: ow.ly/oZRP50OkIO4

This Nebula cluster platform is off to our partners innovating solid-state battery technology. Our partners value intelligent automation and the capabilities to iterate device architectures quickly. More on Nebula here: ow.ly/rUI450OtGFJ

Dr. Ma, our partner from FSU, and his group have created a better scintillator for medical imaging applications: ow.ly/JsPH50Olsyf

Dr. Saidaminov and his team from the University of Victoria are off to the races with their new Amod PVD platform. This group seeks to address challenges in sustainable energy by developing perovskite technologies. More on their work here: saidaminovlab.com/

This Amod equipped with six sputter heads is off to our partners at Georgia Tech, who are creating next-generation solid-state battery technology. Curious about magnetron sputter deposition? angstromengineering.com/sput…

This thin-film, micro-LED eye implant is an 'optogenetic visual prosthesis capable of generating vision': ow.ly/A61C50O9Uj5

Our partners at CityU Hong Kong have developed an additive that makes perovskite cells significantly more stable: azom.com/news.aspx?newsID=61…

More and more researchers are using Beskar in their device architectures and for protective coatings. This is the way to utilize your valuable Beskar in PVD applications #maythefourth: angstromengineering.com/besk…

It's not pretty, but this deposition chamber is fine-tuned to iterate lithium thin-film batteries. We can help you bring battery technology forward with our robust, easy-to-use deposition platforms: ow.ly/M3b650NUG9Q