Wavelength & emitter
Target wavelength range, spectral requirements, package, bin, optical data, supplier information, and traceability.
UVC LED MODULE DEVELOPMENT
Custom UVC LED Modules
Develop a UVC LED board around the required wavelength, emitter layout, drive conditions and thermal path. Share the enclosure, exposure geometry and validation requirements so we can review the module and system integration scope.
INTERACTIVE ILLUSTRATIONUVC LED MODULE
Preview the operating state.
Switch this illustration on or off. No physical device is connected.
SCHEMATIC ONLY · NOT A LIVE VIEW
Blue-violet glow is illustrative, not a measured light color for this product.
Illustration OFF · Physical hardware is not connected.
This diagram does not show actual irradiance, dose, wavelength, LED placement or disinfection performance. Confirm the selected product and validate the complete system. Disconnect power before access or servicing.
UV safety information — FDA ↗01
Wavelength and application geometry confirmed first
02
Optical output, thermal path, driver, and materials reviewed together
03
04Dose and disinfection claims require application-specific validation
Review the inputs needed to start
↓APPLICATION FIRST
Optical Geometry and Integration
UVC LED performance depends on wavelength, electrical operating point, junction temperature, optics, distance, angle, exposure time, target surface or flow path, fouling, aging, and surrounding materials. The module must be evaluated inside the actual water, air, or surface system.
APPLICATION GUIDE
Waterproof UVC LED lamp integration for water tanks and filtration systems
Review enclosure, delivered dose, water-path geometry, materials, thermal control, maintenance, and UVC exposure safety before finalizing the installation.
Read the waterproof UVC lamp guideDESIGN REFERENCE
UVC module PCB design reference
Presentation image only. Fine markings and traces may differ from the original engineering files. Not a fabrication file or wiring guide.
DEFINE BEFORE DESIGN
UVC LED Board Configuration
Confirmed requirements, preferred targets, and open questions can all be included in the first brief. Unknown values stay visible until they are reviewed.
Exposure geometry
Target area or flow path, distance, angle, residence time, shadowing, reflectors, windows, sleeves, and fouling.
Electrical drive
Current, voltage, series or parallel arrangement, driver method, dimming or pulsing, monitoring, and fault behavior.
Thermal path
Board material, copper, heat spreader, interface, enclosure, ambient or fluid temperature, airflow, and duty cycle.
Materials & safety
UVC exposure of plastics, seals, adhesives, cables, optics, water-contact parts, shielding, interlocks, and user access.
Validation
Irradiance or dose measurement, test geometry, aging, migration or shedding where relevant, microbiological method, and acceptance criteria.
MODULE FORMAT
Board geometry follows the optical and thermal requirement.
The photograph shows another module format from the available product-image set. It does not establish wavelength, output, performance, qualification, or application suitability.
Review your module formatPROJECT FIT
Safety Controls and Application Validation
Application claims stay conditional until the complete system, operating conditions, and agreed validation method are tested.
Water treatment modules
Flow path, optical access, sleeve or window, thermal conditions, wetted materials, sensing, and dose validation.
Air-treatment systems
Airflow, residence time, shadowing, reflective chamber, thermal path, containment, and maintenance.
Surface exposure
Distance, uniformity, target coverage, timing, shielding, interlocks, and verified test method.
UVC + UVA combinations
Separate wavelength roles, drive conditions, optical paths, thermal load, timing, and validation criteria.
CONTROLLED DEVELOPMENT PATH
From project brief to approved handoff.
A review result, prototype, or sample remains a project stage. Production begins only from the information and acceptance criteria approved for that project.
- 01
Application review
Confirm geometry, electrical input, optical target, thermal conditions, quantity, and the available source material.
- 02
Module & sample plan
Define the board, emitter arrangement, drive conditions, connections, mounting, and prototype route.
- 03
Measured evaluation
Review the agreed electrical, optical, thermal, mechanical, and safety-related acceptance points.
- 04
Approved handoff
Carry the confirmed design, BOM, assembly, inspection, labeling, and packing information into production.
DESIGN & MANUFACTURING SUPPORT
Designed by us.
Built with trusted partners.
Our in-house PCB design connects your product requirements with manufacturing and testing capabilities at our partner factories.
In-house design
PCB Design
Circuit and PCB layout developed around your product requirements.
Partner factory
SMT Assembly
Component placement and assembly for the approved board design.
Partner factory
Reflow Soldering
Reflow soldering as part of the board assembly process.
Partner factory
AOI Inspection
Optical inspection to support assembly quality checks.
Partner factory
Integrating Sphere Testing
Optical measurement for applicable LED module projects.
PROJECT-SPECIFIC VALIDATION
Manufacturing and testing scope is agreed for each project. Integrating sphere testing applies to LED optical projects; it is not a required test for every control board. These images illustrate capabilities, not test results or certification for this product.
PROJECT QUESTIONS
Before the first technical review.
These answers describe how a project can begin. They do not promise an unreviewed specification, performance result, certification, schedule, or price.
Can a UVC LED module guarantee a disinfection rate?
No guarantee should be made from the module alone. The organism, dose, wavelength, distance, flow or exposure time, shadowing, fouling, aging, measurement method, and complete system must be validated.
Can UVC LEDs be placed next to a plastic water tank?
Direct UVC exposure can degrade many polymers and seals. The exact resin, additives, wavelength, irradiance, temperature, exposure time, water-contact requirements, aging, migration, and particle shedding need review. Structurally blocking unnecessary line-of-sight is often the safer starting point.
What thermal information is required?
Provide LED operating current, duty cycle, board construction, heat spreader, thermal interface, enclosure, airflow or fluid temperature, ambient range, and the intended temperature measurement points.
What information is needed for a UVC LED module?
Send the application, target wavelength, chamber or product geometry, target area or flow, driver conditions, materials, thermal path, sensors and interlocks, expected quantity, target date, and required validation method. The UVC LED PCB layout is reviewed against these system requirements.
RECOMMENDED READING
UVC Germicidal Lamp Precautions for Plastic Components
Before placing a UVC LED module near plastics, review the confirmed damage case and how distance, cumulative exposure and material compatibility affect integration.
Read the UVC safety articlePROJECT INQUIRY
Send your uvc led modules requirements.
Include the application, confirmed inputs, preferred targets, expected quantity, target date, and available drawings, photos, files, or samples.
Inquiry about: UVC LED Modules