Huicolor CL900 Spectroradiometer and Color Meter

Huicolor CL900 Spectroradiometer and Color Meter

In the era of hyper-realistic display technologies (such as Micro-OLED panels and smart foldable screens), photobiological lighting systems, and aerospace optical research, light measurement standards have entered a completely new chapter. Conventional instruments are no longer capable of precisely calibrating the energy and color of these ultra-fine light sources. The Huicolor CL900 spectroradiometer and color meter represents the pinnacle of technology—an ultimate device that establishes flawless and absolute validation benchmarks.

The Huicolor CL900 is an ultra-spectroradiometer, representing the epitome of next-generation optical technology. The instrument is equipped with an electronically cooled matrix CMOS sensor system (Cooling CCD/CMOS) paired with an ultra-high-resolution diffraction grating.

This monumental breakthrough enables the CL900 to completely eliminate thermal noise, allowing for the precise isolation and quantification of individual photons at every single wavelength with ultra-high sensitivity, even in measuring environments with extremely weak or intense light intensities.

Outstanding Features of the Huicolor CL900

💡 Expanded Wavelength Range and Absolute Spectral Resolution

The Huicolor CL900 extends its spectral scanning range beyond conventional limits, fully covering the visible light spectrum and reaching deep into short-wave ultraviolet (UV) and near-infrared (NIR) regions. Combined with its ultra-fine spectral resolution, the meter is capable of detecting the most minute spectral variations and peaks that other instruments typically miss.

💡 Intelligent Sensor Cooling – Supreme Laboratory Stability

Integrating a specialized sensor cooling technology, the CL900 guarantees absolute repeatability and precision even during continuous measurement over extended hours. The device features automatic thermal compensation and completely suppresses stray light errors, delivering the highest level of measurement data reliability.

💡 Next-Generation Multi-Parameter and Biological Index Analysis System

With just a single scan taking less than a second, the Huicolor CL900 provides a comprehensive suite of in-depth optical data:

• Colorimetric & Photometric Parameters: Illuminance (Lux/fc), Correlated Color Temperature (CCT), and color coordinates on standard CIE 1931, CIE 1964, and CIE 1976 spaces.
• Comprehensive Light Quality Evaluation: Extended Color Rendering Index CRI (R1 to R15), international TM-30 standards (Fidelity Rf, Gamut Rg), and Color Quality Scale (CQS).
• Radiometric Energy Metrics: Absolute spectral irradiance power density (W/m²/nm).
• Photobiology & Agriculture 4.0: Advanced Photosynthetically Active Radiation parameters (PAR, PPFD, YPFD), analyzing the optimal light recipes for plants and living organisms.

💡 Ultra-HD Graphical Interface and Real-Time Connectivity

The instrument features an ultra-high-resolution touchscreen that smoothly displays CIE color space diagrams, spectral power distribution graphs, and polygonal color rendering charts. The device supports ultra-fast connectivity via Wi-Fi, Bluetooth, and USB-C, enabling real-time data transmission and instantaneous synchronization with the enterprise’s quality management system.

Technical Specifications:

Practical Applications of the Huicolor CL900

As the most advanced product series on the market, the Huicolor CL900 is the premier choice for flagship projects and top-tier industries:

• Semiconductor R&D & Luminescent Device Manufacturing: Researching and engineering next-generation ultra-bright LED chips, specialized laser sources, and Organic Light Emitting Diodes (OLEDs).
• Next-Generation Display Panel Industry: Calibrating and validating the display quality of Micro-LED and QD-OLED screens featured on premium televisions, flagship smartphones, and augmented/virtual/mixed reality headsets (AR/VR/MR).
• National Metrology & Calibration Centers: Serving as a core Master Standard device to inspect, calibrate, and certify other lower-tier optical measurement instruments.
• Biomedicine, Aerospace & Renewable Energy: Analyzing solar radiation, researching the effects of light spectrums in medicine (such as endoscopes and specialized surgical lighting), and optimizing artificial photobiological lighting systems.