Excellent repeatability and inter-stage difference

• Repeatability ΔE*ab≤0.025, inter-unit difference≤0.25, accurate and reliable data, ensuring the consistency of measurement data from multiple devices, and can be used for color matching and accurate color transfer
• The dual-column high-precision CMOS array design monitors the energy fluctuation of the light source while measuring the sample signal, reduces interference during measurement, and obtains higher measurement stability. The large-area dual-array sensor provides higher spectral response sensitivity and ensures the high standard of instrument measurement speed, accuracy, stability and inter-stage difference consistency

Automatic Calibration Technology

The instrument is placed on the intelligent calibration base, and the instrument can be automatically calibrated without manual intervention through the whiteboard on the base. It has changed the status quo that traditional instruments must be manually calibrated on a whiteboard. A whiteboard made of ZrO

Spectral technology to ensure the accuracy of the measurement

• The instrument uses a full-band balanced LED light source and UV light source as the illumination light source, which ensures sufficient spectral distribution in the visible light and ultraviolet bands, and materials with fluorescent components can also be measured
• The grating combined with the array sensor made by the innovative MEMS process makes the color measurement more accurate based on the 10nm spectral resolution

Combination of various performance, better use

• Equipped with three measuring calibers, without tools, can be replaced at any time, to meet the needs of a variety of sample measurement
• Various measurement parameters and evaluation light sources in compliance with international standards are provided. A variety of light sources and measurement indicators can be flexibly added through the mobile terminal or PC terminal program
• Support Android, IOS, WeChat applet, Windows program
• Camera framing positioning, can clearly observe the measured area