Revolutionary UVC LED Water Treatment
Although traditional water disinfection methods are effective, they come with numerous hazards and inconveniences, and can no longer meet the demands of modern environmental protection, safety, and instant-on requirements.
Invisibale Risks
Bacteria & viruses in drinking or process water cause health & compliance risks.
Chemical-Free Demand
Space&Power Constraints
MASSPHOTON UVC LED Water Disinfection Module
Modular UVC LED Systems for Every Water Treatment Need
MASSPHOTON UVC LED water disinfection module harnesses deep UV LED technology for over 99.999% pathogen inactivation, targeting bacteria, viruses, and protozoa. This chemical-free process produces no by-products while preserving the original water taste and essential minerals. As a standalone solution, it utilizes ultraviolet light to eliminate harmful microorganisms, delivering safe and pure water across diverse applications.
6 Key Advantages of UVC LED Water Disinfection Modules
Delivering validated, chemical-free disinfection with a lower Total Cost of Ownership (TCO) through solid-state deep-UV technology.
01 Safety and Regulatory Compliance
Utilizes high-performance UVC LED modules. Eliminates mercury-related environmental and safety hazards, aligning with global mercury phase-out initiatives (Minamata Convention).
02 High Efficiency & Longevity
Achieves >99.999% (5-log) inactivation* of bacteria, viruses, and protozoa (e.g., Cryptosporidium). Lifespan exceeds 15,000 hours.
03 Instant On/Off
Reaches full power immediately—no warm-up time. Water is purified the moment it flows through.
04 Inherently Eco-Friendly
100% mercury-free. Saves up to 70% energy compared to traditional mercury lamps. Meets stringent environmental standards.
05 Compact & Intelligent
Modular, standalone design for easy installation. Optional smart monitor displays real-time operational status and UV dose.
06 Pure Physical Purification
No chlorine or chemicals added. Preserves water's natural taste and composition, with no risk of secondary pollution.
UVC LED vs Mercury UV Lamps
UVC LED emits precise 270-280nm ultraviolet light, directly destroying DNA/RNA of bacteria, viruses, and protozoa
– preventing replication without chemicals or residuals.
UVC LED (MASSPHOTON)
The Future of Mercury-Free, Instant-On Water Purification
Inactivation Rate: 99.999% (5-log)
Startup Time: Instant (milliseconds)
Compliance: Mercury-free
Lifespan: 15,000+ hours
Maintenance: Minimal
On/Off Tolerance: Unlimited
Traditional UV Mercury Lamp
Requires Warm-Up and Contains Hazardous Materials
Inactivation Rate: 90-95%
Startup Time: Warm-up minutes
Compliance: Hazardous mercury
Lifespan: 8,000 hours
Maintenance: Frequent replacements
On/Off Tolerance: Limited
UV Water Treatment Applications
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.
Home & Point-of-Use
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
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.
③Endoscope Cleaning — effectively inactivates tough pathogens while being gentle on delicate endoscopes.
Industrial
① Aquaculture & Fish Farming - Safe pathogen control without harming aquatic life.
② Swimming Pools - Reduce chemical usage by 50-80% while maintaining crystal-clear water.
③ Poultry Farming - Disinfect drinking water lines to prevent bacterial spread, reduce antibiotic use, and improve flock health and productivity without residuals.
How UVC LED Water Disinfection Works
UVC LED emits precise 270-280nm ultraviolet light, directly destroying DNA/RNA of bacteria, viruses, and protozoa.
1
Water Enters
Water flows through a chamber where powerful UVC LEDs emit targeted ultraviolet light directly into the stream.
2
UV Light
Shortwave UV light dissociates the DNA within living cells which prevents furthergrowth and reproduction.
3
Water Out
The now-harmless, inactivated microorganisms flow out with the water—no chemicals, no residuals, no change in taste or odor. Clean, safe water is ready for immediate use.
Why Choose Us
MASSPHOTON specializes in UVC LED technology with end-to-end solutions. Third-party verified 99.999% inactivation, compliant with SGS/CE standards. Reliable supply chain, rapid prototyping, and custom production—empowering partners to reduce TCO and gain competitive edge.
Certified Safety
Compliant with CE, RoHS, REACH, and leading international water quality association standards.
Rigorous Testing
Each unit undergoes aging tests and performance verification for optimal out-of-box operation.
Expert Support
Our engineering team provides installation guidance and technical consultation.
Related Blogs
Explore the latest insights and applications of UVC LED technology in disinfection and purification.
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Large building spaces (such as hospital waiting halls, shopping malls, subway hubs, etc.) are prone to becoming carriers of bacterial and viral transmission due to high population density and complex air circulation. Traditional low-pressure mercury lamps for disinfection have drawbacks such as mercBlogs -
UV Mercury Lamp vs. UVC-LED for water purifiers: which is better? This article breaks down the technical differences. Compared to traditional mercury lamps that are toxic, require preheating, and suffer from light decay, UVC-LED technology offers significant advantages including compact size, instant startup, eco-friendliness, and low energy consumption. Discover why UVC-LED is becoming the preferred solution for the high-end water purification market by comparing sterilization efficiency and long-term operating costs.Blogs -
Water quality critically impacts poultry farming efficiency and profitability. Contaminated water spreads pathogens (E. coli, Salmonella, coccidia), causing diseases, reduced intake, lower FCR, higher mortality, and economic losses. Chlorination is effective but leaves residues and off-flavors, deterring drinking. UVC LED (270-280 nm) provides chemical-free disinfection by disrupting microbial DNA/RNA instantly. Superior to mercury lamps and chlorination: no residues, >15,000-hour lifespan, instant operation, excellent biofilm control. MASSPHOTON’s dual strategy: POE high-flow reactors for source disinfection (with pre-filtration); POU terminal units to prevent biofilm and secondary contamination—delivering fresh sterile water to drinkers. Benefits: better palatability, higher ADG, reduced medication/mortality, optimized FCR, improved market rates. Expert support for dose calculation and integration.Blogs
Keep in touch with us
Download Free Datasheets | Schedule an Engineering Consultation & Quote | Request a Demo Unit Trial
E-mail：info@massphoton.com
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.
Q2: What is the typical lifespan of the UVC LED module?
Q3 Can the module be integrated into our existing RO system or appliance?
Q4: Do you offer custom module designs for OEM or industry-specific applications?
Q5: How do I request a datasheet, quotation, or sample?
Q6: Is it safe for drinking water systems?