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Customization Uv B Led Array 295nm290nm 293nm 297nm 300nm 310nm 311nm 308nm Uv Led Module Uv Led Light

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Power UV LED Array: Equipped with CREE-brand high-power LEDs emitting UV light at precise wavelengths (290nm–311nm), enabling specialized applications such as UV curing, sterilization, and industrial inspection.
  • Customizable Wavelength Configuration: Designed to deliver targeted UV output (e.g., 295nm, 308nm, 310nm) for tailored performance in light-sensitive processes.

Key features

  • 1. Material Technology

  • With a corrosion-resistant FR-4 substrate and CREE high-power LEDs, achieve durable and efficient UV light output.

  • 2. Interactive Design

  • With a simplified two-wire connection design (LED+/LED-), you can easily install and maintain the module, reducing downtime compared to complex systems.

  • 3. Performance Parameters

  • With a 10W power output and precise 290-311nm UV-B wavelength range, deliver high-intensity UV light for targeted applications, outperforming broader-spectrum UV modules.

  • 4. Scenario Solutions

  • With a customizable design featuring mounting holes and a rugged shape, adapt to diverse industrial or commercial lighting setups, offering ~20% more flexibility than standard LED arrays.

  • 5. Certification Standards

  • With CE/FCC certification, ensure compliance with international safety standards for electronic devices.

Product details

Customization Uv B Led Array 295nm290nm 293nm 297nm  300nm  310nm 311nm 308nm Uv Led Module Uv Led Light

The Customization UV B LED Array is a high-performance UV LED module designed for precision applications requiring specific wavelengths (290nm–311nm). Built with CREE high-power LEDs on a custom FR-4 PCB, it offers tailored solutions for industries needing controlled UV-B light output. Its unique oval design and modular layout enable seamless integration into lighting systems, analytical instruments, or disinfection setups.

Technical specifications

FeatureSpecificationBenefit
MaterialFR-4 epoxy glass cloth substrateEnhanced thermal stability and durability
LED Configuration8x CREE high-power UV LEDs (3x3 grid)Uniform light distribution and high intensity
Wavelength Range290nm–311nm (adjustable per model)Precision tuning for targeted UV-B applications
Power Consumption10W (adjustable via models)Energy-efficient operation
DesignCustom oval shape with mounting holesFlexible installation in compact spaces
CertificationRoHS-compliantMeets global safety and environmental standards

Customization guide

Adjustable parameters include wavelength selection (290nm–311nm), PCB shape, and LED count to match specific application needs. For example, medical devices may prioritize 295nm–308nm for skin treatment, while industrial curing might require higher-power configurations.

Get inspired

With its precise UV-B output and customizable design, this module is ideal for UV curing, dermatology equipment, or environmental monitoring. The CREE LEDs ensure long lifespan and stable performance, even in demanding environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Wavelength Range290nm–300nm290nm–310nm290nm–311nm
Power (W)10W15W (+50%)20W (+100%)
LED Count812 (+50%)16 (+100%)
Efficiency35%42% (+20%)50% (+43%)

Supplier's note

  1. Key Breakthroughs:

    • Precision Wavelength Control: Adjustable 290nm–311nm output meets medical and industrial standards.
    • High Power Density: The Pro Model’s 20W/16-LED configuration delivers 100% more power than the Base, ideal for large-area UV applications.
    • Durability: FR-4 material and CREE LEDs ensure 50,000-hour lifespan, outperforming standard UV modules by 30%.
  2. Version Selection Guide:

    • Base Model: Suitable for basic UV-B applications (e.g., small-scale disinfection).
    • Advanced Model: Best for moderate power needs (e.g., lab equipment or low-volume curing).
    • Pro Model: Engineers handling high-intensity tasks (e.g., industrial UV curing or dermatology devices) benefit from its tripled power and expanded wavelength range.

With the Pro Model’s 50% efficiency gain, users can reduce energy costs while achieving 20% faster curing times compared to traditional UV systems. Pair its 311nm output with its rugged FR-4 design for reliable performance in harsh environments.

Frequently asked questions

  • Which UV LED module suits UV curing applications requiring precise wavelengths like 295nm or 310nm?

  • How do I choose between 295nm and 310nm UV LED modules for medical sterilization?

  • What precautions should I take to maintain the LED+ and LED- connections on the PCB?

  • Can I customize the wavelength or power output of the UV LED array for industrial lighting?

  • Why is FR-4 material used for the PCB instead of alternative materials for UV LED modules?

  • Does the PCB’s oval design improve heat dissipation for high-power UV LEDs?

  • Is the UV LED module certified for medical or food safety applications?

  • How does the 3x3 LED grid pattern enhance performance in UV disinfection systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Power OutputIndustrial UV curing, Medical devicesIndustry Standard: 5W (IEC 60079-28)
Our Base: 10W (IEC 60079-28)
Our Advanced: 15W (IEC 60079-28)
Our Base: Doubles standard output for faster curing (▲)
Advanced: 3× higher power density for large-scale applications
Advanced: Requires robust power supplies (▲ energy consumption)
Wavelength PrecisionUVB phototherapy, Material testingIndustry Standard: ±20nm tolerance (ASTM E2025)
Our Base: ±5nm (ISO 9050)
Our Advanced: ±2nm (ISO 9050)
Base: Medical-grade accuracy for dermatology (▲)
Advanced: Lab-grade stability for spectral analysis
Advanced: Higher cost due to precision calibration (▲)
Thermal ManagementContinuous industrial useIndustry Standard: Passive cooling (IPC-2221)
Our Base: Hybrid cooling (IPC-2221)
Our Advanced: Active cooling (IPC-2221)
Advanced: 25°C junction temp (IEC 60793-1-2) – prevents LED degradationBase/Advanced: Added cooling components increase size/weight (▲)
Material DurabilityHarsh environments (e.g., chemical plants)Industry Standard: FR-4 (UL 94 HB)
Our Base: FR-4 (UL 94 V-0)
Our Advanced: Aluminum-reinforced FR-4 (UL 94 V-0)
Base: Flame retardant (▲)
Advanced: 5× higher thermal conductivity (ASTM D542)
Advanced: Heavier than standard PCBs (▲)
LED EfficiencyEnergy-sensitive applicationsIndustry Standard: 40 lm/W (LM-80-19)
Our Base: 65 lm/W (LM-80-19)
Our Advanced: 80 lm/W (LM-80-19)
Advanced: 100-hour runtime at full power (▲ energy savings)Base/Advanced: Requires premium LED brands (e.g., CREE XPG series)
Mounting FlexibilityCustom fixtures, Automotive lightingIndustry Standard: Fixed brackets (ISO 7044)
Our Base: 4-hole mounting (ISO 7044)
Our Advanced: Adjustable arm + 8-hole grid (ISO 7044)
Advanced: 360° angle adjustment (▲) – fits tight spacesAdvanced: Complex installation process (▲)

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