Continuing trends in technology-driven industries are driving towards increased
performance, miniaturization, lower power consumption, lower production costs,
and an environmentally friendly production environment.
Founded in 2003, Arradiance combines unique talents in material science, charged
particle physics, equipment design, modeling and simulation, vacuum technology,
With a concentration in charged particle detection and amplification, Arradiance
is the first to develop and demonstrate the capability of producing high gain,
low noise micro channel amplifiers. Using our proprietary Atomic Layer Deposition
(ALD) materials and equipment, Arradiance offers a new approach to electron
amplification devices replacing the legacy traditional lead-glass/hydrogen firing
process developed in 1960’s currently used for all state-of-the-art MCP
Arradiance technologies consist of proprietary materials, process and equipment
Arradiance plans to deploy the technology in several important markets:
With adoption in the near future of Arradiance process technologies, coupled
with the recent advancements in vacuum MEMS technology, it is now foreseeable
that high gain, low noise, low power semi-conductor process devices can be produced
with far greater performance than traditional avalanche diode technologies.
Hamamatsu Photonics Licenses Arradiance IP for Atomic Layer Deposition Nanofilms
New GEMStar XT Thermal ALD Platform for Nanoscale Materials Deposition from Arradiance
Arradiance Gets Two Patent Allowances to Fabricate Large Area Nanofilm Activated MCP Detectors
Singapore Research Center Places Order for Arradiance’s ALD Tool
Arradiance Signs Partnerships to Market GEMStar ALD Systems in Japan, Asia and Europe
Arradiance's New Patent Covers Application of Nanotechnology to Microchannel Plates
New GEMStar ALD System from Arradiance Uniformly Deposits Nanolaminate Films
Arradiance Receives SBIR Grant to Create Large-Area Microchannel Plates
Siyu Chen, Ph.D.
In this interview, we discuss a new approach to surface-enhanced Raman spectroscopy that utilizes nano-pockets to capture target molecules, ensuring a highly sensitive way to detect chemical processes.
Dr. Yitong Dong
Dr. Yitong Dong has recently been awarded funding to study custom composite nanocrystals, which could help to create advanced quantum communication technologies. Learn more about this project in this interview.
Roey Elnathan, Ph.D.
We take a closer look at the fusion of nanotechnology and CAR-T therapy through our interview with Dr. Roey Elnathan about a new approach that harnesses the capabilities of nanoneedles to efficiently deliver genetic materials to target cells.
The Verifire™ interferometer system provides fast and reliable measurements of surface form error.
This article outlines how Unity, Oxford Instruments’ new detector for a revolutionary new imaging technique, can be used to revolutionize imaging.
Discover the compact, fast rotary table V-610 for precision testing and manufacture.