Healthcare Associated InfectionHAI
Health-associated infections (HAI) is a concern in all countries.
7 to 10%
of every 100 hospitalised patients will acquire at least one HAI.
1 in 3
patients in ICUs are affected by at least one HAI.
1 in 4
HAIs in long-term acute care settings are caused by MDRO.
Deaths attributable to AMR every year
There have been more than 700,000 deaths due to MDRO infection every year and it will get worse up to 10 million deaths each year by 2050.
Transmission routes of pathogens
Pathogens can contaminate the surrounding environment during healthcare actions and survive on the surface for long duration. Contamination of high-touch surfaces can lead to contamination of the hands or clothing of healthcare personnel with transmission to other patients. Sufficient disinfection of environmental surfaces is fundamental to reduce potential contribution to HAIs.
UVC Disinfection Technology
Hyper Light utilize 254 nm UVC light, the most germicidal wavelength, to damage cellular DNA and RNA, forming pyrimidine dimer and then prevent pathogens from infecting and reproducing. UVC disinfection is a non-touch, chemical-free process, and an effective, efficient and safe technology for use in healthcare and commercial environments.
Reference
WHO Healthcare-Associated Infections, Fact Sheet, 2014 / WHO, The Burden of Health Care-Associated Infection Worldwide: A Summary, 2010 / CDC, Vital SignsReport, March 2016 the Wellcome Trust and the UK Department of Health, The Review on Antimicrobial Resistance, 2016 / Kramer et. al. BMC Infect Dis 2006;6:130 / Hayden MK, et al. ICHE 2008; 29:149
Germicidal efficacy
MDRO(MRSA, VRE, MDRAB, MDRPA)
Virus(Coronavirus, H1N1, Influenza B virus, enterovirus)
C. difficile spores
Quick Disinfection
Efficient disinfection process based on high output UVC dosage delivered by the amalgam lamps and protective reflector technology
Long Lamp Lifetime
Available for operating over 48,000 patient rooms
Hyper Light Disinfection Robot
Protective Reflector Technology
Patented technology combined dual functions
Reflection:
Applied with high output amalgam lamps and reflect UVC dosage up to 90% to ensure the efficacy and efficiency of disinfection process
Protection:
Cover the amalgam lamps during standby mode to avoid any lamp damage from accidentally impact
Easy for Operation
Multi-placement of Hyper Light for room disinfection could optimize the UVC exposure to high-touch surfaces. The typical operation time of each placement could be 5 minutes.
- 2-3 position ( 1.Left side of bed 2.Right side of bed 3.Toilet )
- 5 mins/position
- Effective range: 5 meters radius
(General ward, 21 m2)
Clinical Proven
Germicidal Efficacy
Coronavirus 99.99%1min
MRSA 99.9999%5min
VRE 99.9999%5min
MDRAB 99.9999%5min
MDRPA 99.9999%5min
C. difficile spores99.9999%5min
FastCheck
- Easy to use
- Easy to determine
- Convenient
- Recommended for commercial users
Digital Dosimeter
- Professional
- Reliable
- Portable and reusable
- Recommended for healthcare workers
Clinical reportCooperate
Facility
National Taiwan University Hospital, Taiwan
Pathogens
MRSA,
MDRAB,
MDRPA,
VRE, M. abscessus ,
A. fumigatus
Publication Details
Effectiveness of an ultraviolet-C disinfection system for reduction of healthcareassociated pathogens
Prof. Wang-Huei Sheng, MD, PhD
Journal of Microbiology, Immunology and Infection Volume 52, Issue 3, June 2019, Pages 487-493
Hyper Light was effective in killing healthcare-associated multidrug-resistant bacteria (MRSA, MDRAB, MDRPA, VRE), as well as M. abscessus and A. fumigatus. Significant reduction of bacteria on different surfaces in uncleaned hospital rooms previously occupied by carriers of MRSA, VRE and other nosocomial pathogens was also observed.
Facility
Pisa University, Italy
Pathogens
Environmental bacteria & fungus
Publication Details
Prof. Angelo Baggiani, Prof.ssa Beatrice Casini
Disinfezione delle aree critiche del setting assistenziale, per il contrasto della diffusione delle infezioni da germi multi-farmaco resistenti
Hyper Light is capable of significantly reducing microbial contamination on high-touch surfaces after standard cleaning protocol and is a valid complementary procedure to reduce the infectious risk related to environmental contamination.
Facility
Taichung Veterans General Hospital, Taiwan
Pathogens
Environmental bacteria
Publication Details
Prof. Zhi-Yuan Shi, MD
Evaluating the effectiveness of an ultraviolet-C device for terminal room disinfection
Hyper Light disinfection could significantly reduce the microbial burden on the high-touch surfaces and reduce about 32% microbial burden in the air in MICU during terminal room disinfection.
Facility
Chang Gung University, Taiwan
Pathogens
Coronavirus, H1N1, influenza B virus, enterovirus
Publication Details
Prof. Shin-Ru Shih, PhD
Hyper Light Disinfection Robot Antiviral Effects on Coronavirus. Antiviral mechanism study for 254 UVC Disinfection Robot System.
Hyper Light demonstrated >99.99% reduction of coronavirus in 1 min exposure and >99.9999% reduction of RNA viruses (H1N1, influenza B virus, enterovirus) in 5 min exposure.
Facility
Chang Gung University, Taiwan
Pathogens
MRSA, VRE,
P. aeruginosa, E. coli
C. difficile spore
Publication Details
Prof. Hsin-Chih Lai, PhD
Investigating the germicidal effects of 254 UVC Disinfection Robot System on pathogenic bacteria
Hyper Light could achieved 4~6 log reduction germicidal efficiency of pathogens, such as MDRO (MRSA, VRE), P. aeruginosa, E. coli and C. difficile spore, in 5 min exposure.
Facility
SGS Taiwan
Pathogens
GPC (S. aureus, E. faecalis),
GNB (E. coli, K. pneumonia, P. aeruginosa, A. baumannii),
bacterial spores (C. difficile, B. atrophaeus),
fungus (A. brasiliensis, C. albicans)
Publication Details
Ultra Trace Industrial Safety Hygiene
Antimicrobial Effectiveness Testing
Facility InstallationExperience
Application field
Healthcare-Associated Infections (HAI) are an important and increasingly serious problem in the global healthcare field. The use of chemical free UVC light for disinfection can improve patient safety during hospitalization.
HOSPITAL & LAB
Protect students and elder need of care, face the control of the epidemic, avoid threats to people with weaker resistance, and create a healthy and safe environment.
SCHOOLS & INSTITUTIONS
It can undertake large-scale cleaning and disinfection to ensure the safety of passengers. In addition, it can also be effectively used in small buses with limited space.
AIRPORTS & TRANSPORTS
we provide a safe environment and hospital-grade disinfection solutions to prevent employees and customers from being exposed to virus threats.
Restaurant & Hotel
SolutionsPRODUCT
Hyper Light Disinfection Robot
P1/P3
A specially designed system made to prevent Healthcare-Associated Infection (HAI) for any healthcare facilities by means of UVGI disinfection method.
SolutionsPRODUCT
Hyper Light Disinfection Robot
E1/E3
From healthcare specialized disinfecting grade to business level environmental usage, the new E series of Hyper Light disinfection robots provide equal protection with a lightweight footprint and mobility.
