Equipped with UVC LED with a wavelength of 270 - 280nm, it uses ultraviolet light to disrupt the molecular structure of DNA or RNA in the cells of microorganisms, causing the death of cells and/or regenerative cells, thus achieving a sterilization effect.
The machine has two air inlets at the rear, with a circulating air volume of 2600m³/h.
The air outlet at the top ensures there is no direct-blowing sensation.
It features touch-screen operation, with function data displayed in real-time.
There are universal wheels at the bottom, making it convenient to move and fix.
This product is suitable for places such as isolation ward, operating room, trauma ward.
It has advantages such as low noise and zero ozone.
This high-flow, mercury-free UVC LED module is designed for continuous, high-volume applications (up to 45 L/min or 12 GPM), ideal for central water systems.
Ultimate Efficiency: Delivers a proven 5.0 Log (99.999%) germicidal reduction instantly, targeting commercial safety standards.
Commercial Design: Constructed with a durable Aluminum casing and Stainless Steel interfaces (1-inch thread) to withstand high pressure (0.8 MPa / 120 psi).
Compliance: Utilizes UVC LEDs (270-280nm) and materials compliant with both RoHS and REACH directives.
 | Experimental Testing Ultimate Refinement from Data to Product |
 | Deep Academic Cultivation Original Innovation from Theory to Technology |
Eason Liao *MASSPHOTON LIMITED Hong Kong, Hong Kong, HK1100, China, eason@massphoton.comXiaoxiao WangMASSPHOTON LIMITED Hong Kong, Hong Kong, HK1100, China, sunny@massphoton.comMuhammad FurqanChase Farm Hospital National Health Service London, London, United Kingdomm.furqanl@nhs.netMuhammad ShafaMAS
Eason Liao1[1] , Xiaoxiao Wang2[1], Qing Zhang[1], Jiancheng Wang[1], Shuzhong L[1]1 MASSPHOTON LIMITED Hong Kong, China, HK1100
This study systematically investigated the mechanisms underlying the effects of UV-C LED irradiation on the preservation of fresh fruits. High-power 270–280 nm gallium nitride (GaN)-based UV-C LED chips were employed, with device performance enhanced through optimized heat dissipation structures and a matrix arrangement design. Experimental results demonstrated that, under ambient conditions (22–27°C), a 75% duty cycle UV-C irradiation (45 s on/15 s off) achieved the most effective suppression of mold growth on apple slices and raspberries, completely inhibiting mold proliferation.
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