From UVA curing and UVB phototherapy to UVC sterilization, UV-LEDs are replacing traditional mercury lamps with their environmental, efficient and controllable advantages. However, shorter wavelengths mean harder testing—high UV energy, material fluorescence, and ultra-short pulse requirements create technical barriers. Turn every beam of deep UV from "uncontrollable" to "quantifiable" for your product performance. UV-LED quality determines sterilization reliability, curing uniformity and detection accuracy.

Core testing: spectral radiance (peak/centroid wavelength, FWHM, band radiant flux) with UV-optimized spectrometer; radiant power (total flux mW/W, band-specific flux) with NIST traceable calibration and UV-enhanced detector; electrical parameters (forward voltage, current, reverse leakage, I-V curve) with high-precision μs-level pulse source. Compliant with ANSI/IES/IUVA LM-92-22 and ASTM E3022.

Key Features

• Spectral radiance: peak/centroid wavelength, FWHM, band flux; UV spectrometer
• Radiant power: total flux (mW/W), band-specific flux; NIST traceable + UV-enhanced detector
• Electrical: forward V/I, reverse leakage, I-V curve; μs-level pulse source
• Applications: UVA curing, UVB therapy, UVC sterilization; R&D to production, device to water treatment

Core Application Scenarios

Measurable parameters

Technical specifications

• UV-optimized spectrometer: UVA/UVB/UVC (200-400 nm);
• NIST traceable + UV-enhanced detector for radiant power;

Meet the standard requirements

• ANSI/IES/IUVA LM-92-22 Optical and Electrical Measurement of UV LEDs
• ASTM E3022 UV Black Light Testing Standard