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Cleanroom

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.

Far-UVC Cleanroom Solutions

Healthcare

Our Far-UVC solution for healthcare facilities and hospitals offers ongoing and efficient decontamination without interrupting patient care.

Far-UVC Healthcare Solutions

Ambulances

Reduce the likelihood of disease spread when patients and medical personnel are in the ambulance. Our solution ensures effective decontamination of the patient area.

Far-UVC Ambulace Solutions

Indoor Air Quality

Airborne diseases constantly threaten public health. Combat these risks effectively by enhancing indoor air quality with the installation of UV222.

Far-UVC Indoor Air Quality Solutions

UV222 - Standard Lamp
UV222 - Standard Lamp
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UV222-White-on-002
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UV222-UV222-bottom
Create Safe Surroundings

UV222™

Safe and Effective Far-UVC Lamp

The UV222 lamp offers a safe and effective solution for improving air and surface decontamination in various environments. It enhances indoor air quality by significantly reducing pathogens and is engineered to be safe for human presence during operation, providing a reliable option for maintaining stringent cleanliness standards across multiple facilities.

Far-UVC rapidly inactivates many common airborne and surface pathogens such as viruses, bacteria, mold, spores, fungi, and even antibiotic-resistant bacteria like MRSA.

UV222 harnesses this game-changing technology, offering a highly effective solution for surface and air disinfection. It can be used in all spaces and is safe to use in the presence of people, making it an essential tool to prevent the spread of existing and emerging viruses and other potential infections.

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Light source Krypton chloride excimer lamp
Output (60° beam angle) 115 mW (Typical)
Output (100° beam angle) 70 mW (Typical)
Input voltage 100-240 V AC, 50/60 Hz
Mode Continuous / duty cycle / motion activated
Max power consumption 20 W
Weight 1.9 kg (4.19 lbs)
Dimensions 303.45 mm x 120.00 mm x 75.25 mm (11.9 x 4.7 x 3.0 in)
Power lead (PVC) 3 x 0.75 mm² / 95 cm (18 AWG / 3.11 ft)
Operating temperature 0° to +50°C (32° to 122° F)

 

Light measurement results

 
60° beam angle   100° beam angle

126.92 mW 

Output – total optical power flux, 200 nm – 850 nm

75.72 mW 

120.79 mW

Far UV-C 200 nm – 230 nm 

58.79 mW 

6.81 mW

VIS-IR: 400 nm – 850 nm 

10.71 mW 

0.926 %

Radiated power/lamp power 

0.57 %

222 nm

Peak emission wavelength 

222 nm

13.8 μW/cm2

UV (222 nm) irradiance at centre at 1 m (3’ 10”) 

3.2 μW/cm2

60° 

Beam angle 

100° 

 

 


 
Do you want the Product Datasheet or the Technical & Installation manual?

UV222 - Technical Information

UV222 - Data sheet

UV222 - Information sheet

Expert Insights: Latest Far-UVC Healthcare Research & Case Studies

 
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Request a UV222 Consultation & Quote Today

Should you be keen to explore the capabilities of the UV222 or do you need a quote, just fill in your email. Our team will connect with you promptly, offering insights and support tailored to your needs.

A Mercury free sign

Introducing Mercury-Free Far-UVC Technology with KrCl Lamps

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.

Combatting Mold with Advanced Far-UVC Solutions

Mold spores can compromise indoor air quality, triggering a range of health issues from severe allergic reactions to life-threatening infections, particularly in hospital environments. Our latest research reveals that intermittent, low-dose applications of UV222 are surprisingly effective in halting mold growth, ensuring cleaner air while maintaining safe environments for human presence. This innovative approach not only aligns with real-world usage but also opens new frontiers for maintaining health standards in medical facilities and beyond.