2 min read
Demystifying Krypton Chloride (KrCl) Excimer Lamps
Krypton Chloride (KrCl) excimer lamps stand out as an example of modern engineering meeting practical application....
UV Medico offers a solution for allowing fully gowned operators to enter cleanrooms without any microbial contamination on their gown, mask, goggles, or other equipment.
Inactivation of airborne viruses up to 99.9%, including SARS-COV-2.
Reduces spread of infection of colds, flu and other viruses. Read more.
Zero Mercury, no chemicals, 12 watt power consumption and UL867 Ozone Compliant. Read more.
Our technology exceeds the industry lifetime standards by more than 13.000 hours.
Within seconds, the UV222 Booth reduces contamination of the cleanroom operator to levels below detection. By minimizing the risk of operators introducing contamination into the cleanroom environment, the incidence rate of excursions is lowered substantially.
Around 80% of cleanroom excursions originate from the human operators. The UV222 Booth effectively reduces this problem.
UV Medico is proud to introduce an advanced disinfection technology: mercury-free, 222 nm Krypton-Chloride (KrCl) excimer lamps. These innovative lamps offer a safe, sustainable alternative to traditional mercury-based systems, aligning with modern environmental and health standards. Ideal for cleanroom environments, KrCl lamps assure high-level disinfection efficacy without compromising human or ecological safety.
The new Annex 1, taking effect on August 25, 2023, mandates that manufacturers of sterile products must implement measures to minimize the risk of microbial contamination.
The UV222 Booth aids compliance with Annex 1 by effectively inactivating microorganisms on gowned personnel before they enter high-grade cleanroom areas.
The UV222 Cleanroom Downlight meets all cleanroom installation requirements up to class A/B and is designed to be installed in every single area of your cleanroom, from CNC to A/B areas. This includes the need for a primary seal, which can be inspected and replaced every 5 years for maintenance.
The front module of the lamp is oriented towards the cleanroom area, serving as a ceiling insert that seamlessly fits various types of ceiling panels. It is powder-coated, and features quartz glass bonded and sealed to the ceiling panel using FDA-approved silicone. To access the lamp for maintenance, the back module can be unscrewed from your service hatch.
The UV222 Booth is designed to be versatile, allowing for easy installation in existing cleanrooms.
By synchronising the UV222 Booth with the cleanroom’s automated system, the decontamination process can be aligned seamlessly with existing workflows and protocols. It can be positioned in specific locations to suit the layout and requirements of the cleanroom.
Cleanroom personnel are trained to minimize contamination by following strict protocols and wearing specific protective equipment. This includes wearing specially designed cleanroom shoes, which are easy to clean, secure stability, and are often made of a non-shedding fabric.
Although the shoes are easy to clean, they still represent a risk of contamination, when personnel put on their shoes and move through different cleanroom areas.
The UV222 Step-On is touchless, chemical-free, and a fast and effective way of decontaminating the entire outsole of the shoes, reaching areas inaccessible to sticky mats and wipes.
With a master´s degree in Biology specialising in Microbiology Cecilie is very passionate about Far-UVC and Indoor Air Quality. Write or call Cecilie if you have any questions about this.
Having worked with Far-UVC his entire career Mads was the obvious choice as Segment Manager in Healthcare and Ambulance sectors. If you have any technical questions contact Mads.
Jul 19, 2024 by Jordi Amagat Molas
Krypton Chloride (KrCl) excimer lamps stand out as an example of modern engineering meeting practical application....
Jul 12, 2024 by Jordi Amagat Molas
The Restriction of Hazardous Substances (RoHS) Directive, enacted by the European Union, fundamentally restricts using...
Jul 8, 2024 by Cecilie Aaberg Meltofte
Published Nature in 2022, a scientific paper titled "Far-UVC (222 nm) efficiently inactivates an airborne pathogen in a...
Jun 21, 2024 by Jordi Amagat Molas
In the quest for enhanced public and environmental health, the evolution of ultraviolet (UV) light technology has...