Product Range
From nuclear power plants and research laboratories to pharmaceutical bunkers and hospital radiation rooms — Luminos Nuclear delivers certified, long-life LED luminaires engineered to perform where standard lighting fails.
Standard LEDs degrade rapidly under gamma radiation. Our luminaires are specifically engineered to operate reliably wherever your facility requires — regardless of radiation level.
Containment buildings, spent fuel dry storage, waste management facilities, and any zone requiring certified, long-life radiation-hardened lighting.
Cyclotrons, particle accelerators, cobalt-60 irradiation facilities, and research environments operating with ionizing radiation sources.
Radiation bunkers and irradiation chambers used in pharmaceutical research and product sterilization.
Radiation therapy rooms, cancer treatment centres, and diagnostic imaging environments with repeated radiation exposure.
Radioactive waste repositories, interim storage facilities, and decommissioning sites requiring permanent, maintenance-free illumination.
Complete assembled luminaires — including the LED driver — exposed to a Co-60 gamma source at ENEA Casaccia, Italy for 47 continuous hours. All units remained fully operational at test completion.
120+ LN-LINEAR/GAMMA luminaires specially designed for elevated temperature operation, installed in the radioactive waste management building at NEK Krško — Slovenia's only nuclear power plant.
Luminos Nuclear is a product line of Nanocut d.o.o., a Slovenian company founded in 2014. Our engineers bring over 40 years of switched-mode power supply experience and 25+ years of mechanical engineering expertise.
In 2017 we identified the gap: the industry lacked reliable LED lighting for radiation environments. Standard LEDs fail rapidly under gamma exposure. We designed our proprietary radiation-hardened LED driver from scratch to solve this — and it remains the core of every product we make.
Unlike manufacturers who test components in isolation, we submit complete assembled luminaires — driver included — to full gamma irradiation at ENEA Casaccia. Every claim is independently verified.
The component standard luminaires fail at first. Ours is designed in-house, shielded in neutron-absorbing stainless steel, and used in every product we make.
All mechanical parts, LED panels and driver components developed and manufactured in-house in Hrastnik, Slovenia.
Tell us about your facility and radiation environment. Our engineers will respond within one working day.
Our engineering team will help you select the right luminaire for your environment.
