Introduction

The MASSPHOTON UVC LED Flowing Water Disinfection Module, supplied by Bio-Vesta, is an advanced solution engineered to deliver continuous, chemical-free water disinfection across a wide range of residential, commercial, industrial, and OEM applications. Utilizing next-generation 270–280 nm UVC LED technology, the module provides exceptional sterilization performance while maintaining outstanding energy efficiency, long service life, and environmentally responsible operation.

Designed for seamless integration into modern water treatment systems, the module combines reliable performance with compact construction, making it an ideal choice for manufacturers and system integrators seeking dependable, mercury-free disinfection technology.

Key Advantages

• Safe & Mercury-Free – Environmentally friendly UVC LED technology with no mercury, ozone emissions, or hazardous chemicals.
• High Disinfection Efficiency – Achieves up to 99.999% (5-log) pathogen reduction against bacteria, viruses, and other waterborne microorganisms.
• Energy Efficient – Consumes significantly less power than traditional UV systems while reducing operating and maintenance costs.

Design & Construction

Every MASSPHOTON module is engineered for maximum durability and consistent performance. The advanced UVC LED array is protected inside a robust UV-resistant housing designed to withstand continuous operation in demanding environments. Precision-engineered water channels ensure smooth water flow and uniform UVC exposure, maximizing disinfection efficiency while minimizing pressure loss.

An integrated thermal management system continuously regulates operating temperature, protecting the UVC LED chips and extending their service life. This optimized heat dissipation design ensures stable output, reliable operation, and long-term performance even during continuous use.

Technical Specifications

Bio-Vesta offers the complete MASSPHOTON UVC LED Water Disinfection Module series with multiple models supporting flow rates from 2 L/min to 200 L/min, allowing seamless integration into residential, commercial, industrial, laboratory, and healthcare water treatment systems.

Standard Features Include:

• 270–280 nm UVC LED wavelength
• Up to 99.999% (5-log) disinfection efficiency
• Operating life exceeding 15,000 hours
• AC and DC power configurations
• Stainless steel and food-grade material options
• Built-in flow monitoring on selected models
• Compact OEM-friendly design
• Wide operating pressure and temperature compatibility

Applications

The MASSPHOTON UVC LED Flowing Water Disinfection Module is designed for diverse water treatment applications requiring safe, continuous, and chemical-free disinfection. It is widely used in drinking water purification systems, commercial water dispensers, food and beverage processing, laboratory water systems, healthcare facilities, pharmaceutical production, swimming pools, aquaculture, cooling water systems, and industrial process water treatment.

Its compact design and flexible installation options also make it an ideal solution for OEM manufacturers integrating advanced UVC LED technology into next-generation water purification equipment.

Frequently Asked Questions

How effective is the UVC LED Water Disinfection Module?

The module delivers up to 99.999% (5-log) pathogen reduction under recommended operating conditions. Actual performance depends on factors such as water quality, flow rate, and UV transmittance, ensuring highly reliable protection against a broad spectrum of microorganisms.

Can the module operate with different flow rates?

Yes. MASSPHOTON offers multiple module configurations covering flow capacities from 2 L/min to 200 L/min, allowing customers to select the most suitable model for residential, commercial, or industrial water treatment applications.

What is the expected service life of the UVC LEDs?

The premium UVC LED chips are engineered for an operational lifetime exceeding 15,000 hours, providing years of reliable performance with minimal maintenance and significantly lower replacement costs compared to conventional mercury lamp systems.