The recent development of an Ultra Violet (UV) Disinfection Tower by the Defence Research and Development Organisation (DRDO) has sparked interest. This tool, known as “UV blaster”, provides quick and chemical-free sanitising of areas that are highly prone to infection. The UV blaster is innovated by the Laser Science & Technology Centre (LASTEC) in collaboration with M/s New Age Instruments and Materials Private Limited, Gurugram. LASTEC, the premier laboratory of DRDO, is based in Delhi.
UV Blaster: Technological Innovation for Safer Environments
The UV blaster is a notable progression in sanitation technology. It uses Ultraviolet C light for disinfection, which is beneficial in combatting bacteria and viruses. This form of sanitization is not only efficient but also eco-friendly, avoiding the use of harsh chemicals.
Application Areas
Designed for high-tech surfaces, the UV blaster is especially useful on electronic equipment, computers and various gadgets found in laboratories and offices that are not suited for disinfection through chemical methods. The reach of the UV blaster isn’t limited to these spaces; it also proves its effectiveness in public areas that experience a heavy flow of people. These include airports, shopping malls, metros, hotels, factories, offices among others, providing a safer environment for the public at large.
Remote Operation
Apart from being an effective sanitisation solution, the UV blaster brings along the convenience of remote operation. Users can operate the sanitiser via laptop or mobile phone using a wifi link, making it a user-friendly option for the masses.
Safety Measures
Safety procedures are well-incorporated into the design of the UV blaster, ensuring the well-being of users. The sanitiser is programmed to automatically switch off when there’s accidental room opening or unexpected human intervention, providing an additional layer of safety to the disinfection process.
A Future Tool for Arm Operation
Looking to the future, the UV blaster is also being observed as a potential primary tool in arm operations. If successfully integrated, it could present a novel way of maintaining hygiene and safety within these sectors.
This advancement by the DRDO with the UV blaster marks a significant step towards safer and cleaner environments across various sectors. The easy accessibility and user-friendly nature of the tool suggest its potential to become a common feature in offices, public spaces, and potentially even arm operations in the near future.