Li.LAC Microphone Disinfector:
Ensuring Hygiene with UV-C Light
The Li.LAC Microphone Disinfector offers a safe and effective 5 to 10-minute disinfection cycle using UV-C light, perfect for maintaining microphone hygiene.
*Approved by the independent, accredited laboratory Opsytec Dr. Gröbel GmbH.
Why Microphone Hygiene Matters More Than Ever
In today’s world, maintaining high standards of cleanliness is not just a matter of professionalism—it’s a health imperative. Microphones, often passed from hand to hand, can become hotbeds for germs and pathogens. Ensuring microphone hygiene is crucial in protecting the health of speakers, performers, and audiences alike.
Why Choose
Li.LAC?
Features
- 5 to 10 minute disinfection cycle
- Rugged and road-ready 19″ 3U rackmount unit
- UV-C chamber suitable for 3 handheld microphones or handheld transmitters
- Can also be used to disinfect other, small items like lavalier mics, headsets, beltpacks etc.
- Irradiation chamber with customised UV-C mirrors on all boundaries for optimized energy distribution
- Superior UV-C germicidal lamp technology (long lifetime, high efficiency, ozone-free)
- Power: 2x 16W, Wavelength: 254nm
- Electrical monitoring of UV-C lamps health status to verify and ensure correct operation
- Safety switch and immediate auto-shut-off if the UV-C chamber gets opened during cleaning cycle
- 24 months warranty (excl. UV-C lamps and wearing parts)
- Dimensions (WxHxD): 482mm x 132mm x 390mm/430mm (19”, 3U)
- Weight: 11.5kg
- Mains: 110-240V~ or 220-240V~, +/- 10%, 50-60Hz, 50W
Proof of effectiveness and scientific validation
The disinfection level of 99.99%* for surface disinfection inside Li.LAC has been approved by the independent, accredited laboratory Opsytec Dr. Gröbel GmbH.
The departments Biomedical Engineering and Medical Microbiology & Infection Prevention of the University Medical Center Groningen (UMCG) have conducted comprehensive scientific studies to evaluate the effectiveness of Li.LAC. Viruses were sprayed onto microphones**, similar to singing into the mic. The results show a reduction of 99.3% of the viral load on strongly contaminated microphones (including the metal grille and foam underneath) after 10 minutes irradiation inside Li.LAC.












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