Our innovative UV LED disinfection solutions are based on cutting-edge UV-C technology. All our disinfection systems are made of clean materials and do not use any type of harmful chemicals.
Thus, it is a safer alternative than chemical disinfection. Moreover, many UV lamps utilize mercury, which is inconvenient as it requires refills, but more importantly, it is harmful as it may break and leak during transportation, installment, or operation. Mercury is harmful to humans, and may, among others, harm the immune systems, lungs, and kidneys, as well as cause skin corrosions and eye irritation.
However, our unique UV LED disinfection technology is free of mercury. It is both safer and smarter. Simultaneously, it delivers cost-savings. While mercury lamps are always on, our UV technology is activated by a water flow. This means that the solution is only on and using energy when it is actually in use for disinfection. Thus, UV disinfection provides reduced energy consumption, generates cost-savings, and has a longer lifetime.
Our UV disinfection systems are easy to install and maintain, making it an easy method to obtain the best hygiene standards. Our solutions are flexible and can be installed in various places depending on your application and disinfection needs. It can, among others, be installed as inlet disinfection, process disinfection, and point of consumption disinfection.
Moreover, our UV disinfection solutions are compact. Our advanced UV-C LED disinfection solution demands a much smaller footprint than what is required by many conventional UV systems. Additionally, it has a low energy consumption, potentially leading to cost-savings.
Our standardized disinfection solutions can be used for residential, commercial, and industrial disinfection applications. Yet, we also offer unique customized solutions for industrial use.
Our customized solutions can efficiently remove harmful microorganisms, which is imperative in industries demanding the best hygiene standards, such as for food and beverage processing, pharma production, and laboratory applications manufacturing.