
The main user and specialist of the EBPG installed at UCSD is Maribel Montero. She provides insights into her daily work with the system and explains why she is a satisfied RAITH […]
“As my colleague Rich Tiberio put it, “A one hundred hour installation, from loading dock to 50 kV SEM and initial e-beam calibration, could not have been possible without a very efficient design of the compact VOYAGER e-beam and the combined efforts of everyone involved.”
The VOYAGER’s unique capabilities including traxx, periodixx, intrinsic circles, 10 kV and 50 kV modes complement our existing nanofabrication offerings covering a broad base of research needs including low-kV 2D materials, photonics and waveguides. Moreover, RAITH’s team of engineers are a great resource. Their remote access capability allows them to fix most issues effectively, increasing tool up-time.
As a nanofabrication user facility serving hundreds of researchers every year, the ease-of-use and intuitive software makes training new researchers simple and straightforward. New users undergo a 2-3 hour hands-on training session and are qualified to use the tool for basic writes.
Our facility is open to all academic, government and industry users. If anyone is interested in the VOYAGER’s capabilities, please visit our website http://snsf.stanford.edu/ for more information on how to become a user.”



The main user and specialist of the EBPG installed at UCSD is Maribel Montero. She provides insights into her daily work with the system and explains why she is a satisfied RAITH […]

“We decided on an EBPG5200, which combines three functions that are essential in research: a high level of precision, high flexibility, and reliability of use. This combination is critical in […]