Whether you are developing a UVB phototherapy device, a horticultural lighting system, a scientific instrument, or a specialty UVB light source, we can tailor the light source to your application requirements.

Custom UVB LED Options for OEM Projects

• Wavelength: 280-320nm specified wavelength
• Common project wavelengths: 308nm, 311nm, and other custom UVB wavelengths
• Beam angle: 15°, 30°, 60°, 120°, 140°
• Wavelength tolerance: ±0.5nm, ±1nm, ±2.5nm, ±5nm, or project-specific requirement
• Chip count: 1, 2, 4, 6, 8, 10, 12, 16, or custom configuration
• Irradiance / intensity: customized according to device and application needs
• Integration format: LED component, PCB assembly, or custom UVB LED module

Why Choose a Custom UVB LED Instead of a Standard Part

A custom UVB LED helps OEM engineers optimize wavelength matching, optical distribution, and mechanical integration instead of adjusting the full product design around a standard part. This is especially important in UVB applications where wavelength accuracy, uniformity, and output stability directly affect product performance.

Typical B2B Application Scenarios

• Phototherapy Equipment: custom 308nm and 311nm UVB LED solutions for professional device development
• Horticultural Lighting: UVB supplementation for controlled environment agriculture and plant research systems
• Scientific Instruments: precise UVB light sources for fluorescence, material testing, and UV degradation analysis
• Specialty UVB Systems: controlled-output UVB modules for wellness, analytical, and dedicated industrial applications

OEM & ODM Support

We support OEM and ODM development from specification review to sample verification and batch production. Depending on your project, customization may include wavelength grading, optical design, PCB dimensions, thermal structure, driving conditions, and module integration.

Our engineering team works with customers to define the right UVB LED specification based on target wavelength, optical path, thermal limitations, mounting space, and system-level requirements.