Scientific rigour
Every measurement is validated against reference physics standards before it leaves our bench.
We're a spin-off of LIP and IST, developing the beam-monitoring instruments that make ultra-high-dose-rate radiotherapy, FLASH-RT, safe enough for the clinic.
Our story
RTBeamTech began inside the particle-physics labs of LIP and the instrumentation groups at IST, where our founders spent more than a decade designing detectors for high-energy physics experiments at CERN and beyond.
When FLASH radiotherapy started showing the ability to spare healthy tissue at ultra-high dose rates, the medical community ran into a hard limit: existing clinical dosimeters simply could not measure beams that fast. We realised the instruments we'd been building for physics were exactly what oncology needed.
Today we're translating that expertise into certified medical devices — engineered to the precision physics demands and the reliability clinical practice requires.
What we stand for
Every device we ship is judged against four non-negotiables.
Every measurement is validated against reference physics standards before it leaves our bench.
If a measurement isn't reliable, the treatment isn't safe. We design for the worst-case clinical day.
Built with — not just for — radiotherapy physicists. Our tools fit how a radiotherapy accelerator actually works.
We publish, partner and contribute. FLASH will only scale if the whole community moves together.
Roadmap
Founded as a LIP and IST spin-off focused on ultra-fast beam monitoring solutions for FLASH radiotherapy.
Pilot testing on conventional and dedicated FLASH-RT accelerator platforms with research and clinical partners.
Advancement of patent protection, product refinement and joint development with industry collaborators.
Regulatory strategy, expanded product portfolio and preparation for clinical deployment of FLASH-compatible dosimetry systems.