Radiation effects testing infrastructure, operated at scale.
We manage specialized testing infrastructure serving aerospace, defense, semiconductor, satellite, and advanced electronics organizations - from facility operations and technical coordination to customer programs and commercialization.
High-Flux Proton Testing
230 MeV proton beam, degradable to 50 MeV, with flux up to 10⁸ p/cm²/s for SEE characterization (SEU, SEL, SEB, SEGR) and displacement damage dose.
Prompt Dose & TREE Simulation
Nanosecond Flash X-ray pulses for transient radiation effects on electronics - replicating prompt-dose environments relevant to defense and strategic systems.
Total Ionizing Dose
Panoramic Cobalt-60 irradiation for TID qualification across MIL-STD-883 and space-grade reliability standards.
End-to-End Failure Analysis
In-house decapping, thermal cycling, and forensic FA suites - parts never leave the facility, accelerating diagnosis and protecting customer IP.
Dedicated 24/7 Availability
Purpose-built private infrastructure eliminates the scheduling bottlenecks of moonlighting on clinical or medical cyclotrons.
Long-Term Beam-Time Partnerships
Bulk beam-time arrangements for satellite operators, defense primes, and semiconductor manufacturers with sustained qualification programs.
The first purpose-built private proton radiation testing facility in the U.S.
ARC consolidates high-flux proton acceleration, prompt-dose Flash X-ray, panoramic Cobalt-60, and full in-house failure analysis under one roof - engineered exclusively for radiation effects, not borrowed from clinical cyclotrons.