The MSL32-6060-IR32-Channel Multispectral LED Panel utilizes tunable multispectral LED illumination to accurately reconstruct target spectra by fitting the irradiance of different LEDs. Powered by proprietary core algorithms and 32 LEDs with distinct peak wavelengths, it enables precise simulation of various standard and custom lighting conditions in laboratory environments.
Key Features
32-Channel Precise Spectral Reconstruction
Independently controlled LED channels accurately reproduce Planckian radiators from 1,800K to 20,000K, including CIEA and CIED series daylight illuminants.
High-Speed Spectral Switching and Fine Intensity Control
Single-channel switching time ≤30ms, multi-channel spectral switching ≤70ms; each channel supports 60,000-level intensity adjustment with minimum illuminance <1lux.
Flexible Illumination Configuration
Supports standalone operation, multi-unit side-by-side setups, and scalable light rooms for uniform illumination of large charts or batch samples.
Comprehensive Control Options
Local touchscreen control, PC-based GUI software, and API-based remote control for spectral generation, sequencing, and automation.
Product Highlights
Accurate Standard Illuminant Reproduction
Maintains high color fidelity across different illumination levels with CIE Ra>95 under D50–D75 and CIEA/Horizon conditions.
Visible and Near-Infrared Support
Wide spectral coverage from 360nm to 980nm for multispectral and NIR imaging applications.
Professional Software and API Integration
C/C++API with Python support enables seamless integration into automated test systems.
Imaging Quality Test Applications
-Color reproduction evaluation for smartphone, automotive, and industrial cameras
-White balance convergence and dynamic response testing using rapid spectral switching
-Multispectral and NIR imaging performance assessment
-Quantitative real-scene testing under multiple illumination conditions
