Services
CARE BY LIGHT
STARTER
- Delivery
- Installation
- Instruction
- GO!
CARE BY LIGHT
EXPERT
- Delivery
- Installation
- Instruction
- Customer Hotline
CARE BY LIGHT
PRO
- Delivery
- Installation
- Instruction
- Maintenance All-In
CARE CUSTOMIZED
for your requirements
You need your seCUBE or seTUBE bigger? You want to disinfect more objects the same time? You have special demands or applications? We can customize your CARE BY LIGHT product according to your requirements.
PURCHASE or LEASING
Trouble-Shoot-Kit
Buy or lease your seCUBE or seTUBE. Optional the Trouble-Shoot-Kit (= 1 complete set of UV-C-insets for plug-and-play-change on-site by the facility manager).
CARE CONNECT
IoT ADD-ONS
Customized IoT add-ons for integration of applications into cloud or server environments, controlling the system via app and different analyses of the DALI-network (running times, switching cycles, sensor data,…)
F.A.Q.
Things to know about UV-C light
Ultraviolet (UV) light has shorter wave lengths than visible light. It is part of sunlight. Depending on the wave length we distinguish between UV-A (315-380 nm wave length), UV-B (280-315 nm) and UV-C (100-280 nm). Due to its short waved spectrum most of the UV-C light is absorbed in the higher atmospheric stratum.
The double helix structure of DNA is based on a purine and pyrmidine base pairing. This base pairings are the actual information carriers of DNA and we distinguish between the four bases adenine, thymine, guanine and cytosine. Scientific research revealed that short waved and energy-rich UV-C light causes a photochemical effect on thymines. They dimerise (which means two information carriers next to each other chain up or stick together). Due to this molecular shift the DNA is factual useless for the essential biologic process of transcription (maintenance of metabolism) and replication (cellular division). A cell that is sufficiently damaged by this way will as last consequence die. In the inhibiting functional principle of UV-C technology lies the primary difference to chemical, mostly oxidative, disinfection methods. This is the central explanation why a formation of resistance caused by mutations is excluded.
While UV-C light can be absorbed by our skin and does not damage it like the deeper reaching UV-A light, UV-C damages the cornea. Therefore seCUBE is opaque all around and it can only be switched on, when there is no person inside.