
Mercury-Free UV Disinfection for Safe and Efficient Water Treatment
Compact and reliable UVC LED modules for RO systems, home appliances, and commercial water treatment — up to 99.999% chemical-free sterilization.
Stop Microbial Contamination at the Point of Use
Medical supplies are essential products used in healthcare settings to support medical treatments, patient care, and overall health management. They include a broad range of items from basic consumables, such as bandages and syringes, to advanced medical equipment, such as diagnostic tools and surgical instruments. These supplies are designed to ensure safety, comfort, and effectiveness in medical procedures.
1
Invisibale Risks
Bacteria & viruses in drinking or process water cause health & compliance risks.
2
Chemical-Free Demand
Markets demand sustainable, chemical-free disinfection solutions.
3
Space&Power Constraints
Traditional UV systems are bulky and energy-intensive.


Modular UVC LED Systems for Every Water Treatment Need
MASSPHOTON UVC LED water disinfection modules offer compact, low-power, instant disinfection for water systems in homes, restaurants, clinics, and industrial appliances.
Built for Diverse Water Treatment Applications
Medical supplies can be categorized into various types based on their usage and functionality. Here are the main categories:


Household Devices
① RO Purifiers & Direct Drinking Water Dispensers – Final stage sterilization to ensure safe drinking water at every cup
② Ice Makers & Coffee Machines – Prevent microbial growth in water lines, maintaining taste and hygiene
③ Washing Machines & Dishwashers – Reduce bacteria in laundry and tableware rinsing water


Commercial Equipment
① Commercial Water Dispensers – Continuous supply of hygienic water for offices, schools, and public spaces
② Restaurant & Hotel Beverage Machines – Ensure clean water for coffee, tea, and other beverages
③ Outdoor Public Drinking Units – Provide safe hydration in parks, stations, and high-traffic areas


Specialized Equipment
① Clinics & Laboratories – Reliable sterilization for medical-grade water systems
② Dental Chair Units – Prevent biofilm and bacterial contamination in dental waterlines
Advantages
Using high-quality medical supplies provides numerous advantages:
Instant Start-Stop, No Heat Buildup
UVC LED water disinfection modules start instantly with no heat, preventing pipe overheating and mineral buildup.
No Mercury,
RoHS Compliant
Mercury-free design ensures safety and environmental friendliness. Fully meets RoHS standards for hazardous substance control.
Longer Lifetime, Lower Cost
Our self-developed UVC LED chips offer long life and low light decay, ensuring durability and lower maintenance costs.
100% Sterilization
Efficacy Test
100% single-tube testing for all UV sterilization modules. Each comes with a unique serial-numbered test report.

01 Efficient Sterilization, Ensuring Water Safety

02 Low Maintenance Cost, Reduced Investment

03 Energy-Saving, Economically Efficient

04 Safe & Eco-Friendly, Mercury-Free

05 Smart Upgrade, Efficient Management
Why UVC LED? UVC LED vs Mercury UV Lamps
Certificates
· In-House Testing Expertise- Our dedicated biological testing lab and professional team ensure every product undergoes rigorous in-house disinfection verification with individual test reports.
· Third-Party Validation-term partnerships with accredited testing institutions, we provide independent calibration and certification of all results for added reliability, and regularly cross-calibrate our in-house test lab results with accredited third-party labs such as SGS.











Fill out the form to request pricing, datasheets, or a customized solution.
Ready to Upgrade Your Water Disinfection System?
Our advanced UVC LED water disinfection modules are engineered for a wide range of applications, from household drinking water to commercial water treatment systems. Compared to traditional UV water disinfection lamps, UVC LEDs offer instant performance, higher safety, and better integration flexibility. Whether you are building a residential RO system or looking to upgrade your commercial water treatment setup, our UV water disinfection technology offers an ideal solution.
FAQ
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Q1: How effective is the UVC LED module in killing bacteria and viruses?
A:Our modules achieve up to 99.999% sterilization within seconds. They are highly effective against common pathogens including E. coli, Salmonella, Legionella, and various viruses. The effectiveness is verified by both laboratory tests and real-world applications.
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Q2: What is the typical lifespan of the UVC LED module?
A:MASSPHOTON UVC LED modules offer a service life of up to 30,000 hours, with low light attenuation over time. This significantly reduces replacement frequency and long-term operational costs.
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Q3 Can the module be integrated into our existing RO system or appliance?
A: Yes. The module is compact, modular, and easy to integrate. It supports flexible installation in RO purifiers, direct drinking dispensers, coffee machines, and even commercial water systems without major design changes.
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Q4: Do you offer custom module designs for OEM or industry-specific applications?
A: Yes. MASSPHOTON supports OEM/ODM customization including size, power, interface, housing materials, and control logic. Our engineering team works closely with partners to tailor solutions for household, commercial, medical, or industrial use.
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Q5: How do I request a datasheet, quotation, or sample?
A: Simply click "Contact Us" or "Request a Quote" on this page. You may also fill out our lead form with your application details — our team will respond within 24 hours with technical documentation and pricing.
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Q6: Is it safe for drinking water systems?
A: Absolutely. Our UVC modules are certified for potable water applications and produce no by-products.
Related Blogs
- This study explores how to optimize the performance of UV-C LED water disinfection modules by examining key factors such as heat dissipation materials, driving current, and optical design. Findings show that copper substrates significantly lower light power attenuation (41.90% vs. 53.94% with aluminum), extending LED lifespan. Increasing the driving current from 100 mA to 200 mA improves E. coli inactivation to >99.999%, meeting drinking water standards. An optimized optical structure—reducing LED beads from six to four and adding individual perforations—maintains high sterilization rates while cutting costs by 33%. These insights support the development of efficient, durable, and cost-effective UV-C LED disinfection systems.