Cutting-edge digital disinfection technology NitroSteriX™-MASSPHOTON

NitroSteriX™

The cutting-edge digital disinfection technology based on semiconductor chips, jointly launched by multiple medical and research institutions.

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NitroSteriX™

Experiments

Academics

Digital Disinfection Technology: NitroSteriX™

Deep Ultraviolet (DUV) Emitter based on Semiconductor LED Chips

UVC Enhancement Through Advanced Secondary Optics Design

Networked Smart Drive with AI Control Capabilities

Integration of Materials Science

High-efficiency, Safe and Eco-Friendly Green Digital Disinfection and Purification Technology

More Efficient Disinfection and Purification

The NitroSteriX™ technology employs semiconductor ultraviolet light sources with stronger directionality and unique optical enhancement technologies, making the ultraviolet irradiation intensity more than 5 times higher than that of traditional technologies.

Wider Application Scenarios

The NitroSteriX™ technology features miniaturization, strong environmental adaptability, and high portability, allowing for broader application than traditional technologies.

Lower Operating Costs

① The equipment adopting the NitroSteriX™ technology has a longer service life and lower maintenance costs.

② Combined with the intelligent control system, it consumes less energy and saves energy expenses.

More Eco-Friendly and Safer

There is minimal concern for waste disposal during manufacturing, or secondary pollution during operation. The ultraviolet leakage prevention and sensing control systems ensure the safety of use.

Digital Disinfection

Semiconductor-based ultraviolet light sources offer higher controllability, and devices based on NitroSteriX™ technology can better integrate with intelligent control systems, achieving digital and intelligent physical disinfection.

NitroSteriX™ Has Significant Advantages Over Traditional Disinfection Technologies

Semiconductor based ultraviolet light sources offer higher controllability, and devices based on NitroSteriX™ technology can better integrate with intelligent control systems, achieving digital and intelligent physical disinfection.

Advantages of UVC LED disinfection compared with traditional disinfection methods

NitroSteriX™ Solves Life's Troubles

Hospital
School
New House
Daily water

Hospital

In hospital wards, patients have compromised immune systems and are at high risk of germ transmission. NitroSteriX™, with its efficient sterilization capability, rapidly eliminates various airborne and surface pathogens in the ward, including drug-resistant bacteria, thereby reducing the risk of cross-infection and fostering a safe recovery environment for patients.
School

In school classrooms, prolonged gatherings of students can lead to air contamination, especially during flu season, increasing the likelihood of disease transmission. NitroSteriX™ effectively eliminates airborne pathogens and neutralizes odors from exhaled breath, purifying classroom air, reducing disease transmission, and ensuring a fresh and healthy learning environment for students.
New House

The newly renovated house has a pungent smell of formaldehyde. NitroSteriX™ can decompose formaldehyde molecules into harmless substances such as carbon dioxide and water through photocatalytic reactions, effectively reduce the indoor formaldehyde concentration, and accelerate the move-in process.
Daily water

Daily water poses potential germ risks.
NitroSteriX™ is used in water disinfection equipment. Its deep ultraviolet emitter sends specific-wavelength deep ultraviolet light into the water flow, penetrating the cell walls and cell membranes of bacteria, viruses and other microorganisms, destroying DNA and RNA, and inactivating E. coli, Legionella, Norovirus, etc. The microbial content of the treated water is greatly reduced, meeting safety standards, ensuring the safety of daily water such as drinking water and water for washing vegetables, and reducing health risks caused by water quality problems.

Discover MASSPHOTON NitroSteriX™ Products

Q6060A (Lighting Version) Medical-Grade Ceiling-Mounted Air Disinfection System

Our smart hybrid system merges hospital-grade UV sterilization with adaptive LED lighting in one sleek unit, offering independent 360° disinfection (99.99% efficacy) and ambient lighting control. The ozone-free, self-adjusting technology silently purifies air continuously—ideal for hospitals, hotels, and public spaces where safety and aesthetics coexist.

Q6060D (Flagship Version) Medical-Grade Ceiling-Mounted Air Disinfection System

The Medical-Grade Ceiling-Mounted Air Disinfection System Q6060D enables undisturbed coexistence of humans and machines, with zero ozone emissions. It integrates functions of disinfection, deodorization, pollutant removal, and air sterilization. It can kill bacteria, degrade harmful substances, and intercept particulate matter, with photocatalyst and activated carbon working in tandem. It has advantages such as human-machine coexistence, concealed installation, a disinfection rate exceeding 99.99%, formaldehyde removal and anti-allergen properties, intelligent monitoring, quiet operation, and durability.

Y2600U Medical-Grade Mobile Air Disinfection System And Purification Machine

100% sterilization, 100% purification.

Rapidly establish a class -100 clean ward.

YD-800U Medical Grade Mobile Air Disinfection System

The product is suitable for indoor air sterilizer in public places such as oral healthcare facilities.

MP-UVC-45LB UV-C LED Water Disinfection Module uv radiation water disinfection

• Product designed for flowing water disinfection applications.
• Mercury-free UVC LEDs (270-280nm wavelength).
• Disinfection rate up to 99.999% or 5.0 log. (Actual performance may vary depending on water quality)
• Anodized aluminum casing for aesthetics and performance.
• Materials in compliance with RoHS and REACH requirements.

UVC LED Strip MP-UVCMZ-1TF

Product model: MP-UVCMZ-1TF
Size: 42*20*4.6 mm
The circuit board uses a 1.6 mm thickened aluminum substrate, which has more efficient heat dissipation and more stable effects.
The wavelength range of the UVC LED used is 270-280 nm,which has excellent andefficient sterilization and disinfection.

UVC LED Strip MP-UVCMZ-3

Product model: MP-UVCMZ-3
Size: 110*20*3.2 mm
The circuit board uses a 1.6 mm thickened aluminum substrate, which has more efficient heat dissipation and more stable effects.
The wavelength range of the UVC LED used is 270-280 nm,which has excellent andefficient sterilization and disinfection.

MASSPHOTON UVC LED Surface Disinfection Units UVC Technology for Surface Disinfection

MASSPHOTON Medical Surface Disinfection Cabinet is an intelligent, simple, and convenient disinfection solution specifically designed for high-touch devices, including phones, iPads, tablets, and other hard, non-porous items. The 360-degree shadowless, mercury-free LED UV-C system effectively kills microorganisms, providing proper disinfection for electronic devices without damaging the surfaces or functions of mobile electronics, with a sterilization rate of >99.99%.

Academic Empowerment, Experimental Foundation

Build a solid technical foundation with academic knowledge, and verify the possibilities of innovation through experiments.

Experiments

Experimental Testing

Ultimate Refinement from Data to Product

A Study on the Performance of an Oral Disinfector Based on UV-C LED Disinfection 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

Performance Evaluation of A High-Efficiency Water Disinfection Module Based on UV-C LED Technology

Eason Liao1[1] , Xiaoxiao Wang2[1], Qing Zhang[1], Jiancheng Wang[1], Shuzhong L[1]1 MASSPHOTON LIMITED Hong Kong, China, HK1100

Study on the Effect of Intermittent UV-C Irradiation on Fruit Preservation

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.

Semiconductor Laser Packaging Technology: Thermal Management, Optical Performance Enhancement, and Reliability Studies

Explore a comprehensive review of semiconductor laser packaging technology, focusing on thermal management, optical performance enhancement, and reliability issues. Discover key advancements in heat sinks, packaging structures, and beam shaping techniques.

A Study on the Performance of an Oral Disinfector Based on UV-C LED Disinfection Technology

Performance Evaluation of A High-Efficiency Water Disinfection Module Based on UV-C LED Technology

Study on the Effect of Intermittent UV-C Irradiation on Fruit Preservation

Semiconductor Laser Packaging Technology: Thermal Management, Optical Performance Enhancement, and Reliability Studies

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