Product Overview
CaiPu DS-420 is a spectrophotometric colorimeter with ultra-high repeatability precision (dE*ab ≤ 0.03). Through technologies such as dual optical path design and nano-integrated optical devices, it achieves precise measurement and analysis of color.
Product Features
1. Dual optical path design improves repeatability accuracy with dE*ab ≤ 0.03
2. Innovative 5-micron thick nano-integrated optical device
3. Over 30 measurement parameters
4. Provides nearly 40 evaluation light sources
5. Calibration base and zirconium reference with Mohs hardness of 9 ensure long-term stability
6. Offers 10 measurement apertures
7. Built-in high-definition camera for clear observation of the test area
8. Supports WeChat mini-program and mobile apps for Android, iOS, and HarmonyOS
9. Utilizes a powerful PC-based color management system, ColorExpert
Working principle
The dual-optical path design monitors fluctuations in light source energy while measuring sample signals, reducing measurement interference and achieving higher measurement stability. The nano-integrated optical device serves as a beam splitting component, enabling nanometer-level spectral splitting capability with a thickness of just 5 micrometers.
Application Field
Printing, coatings, textiles
Compliant with standards
Chinese invention patent, U.S. invention patent
Operation steps
1. Place the instrument on the calibration base, and it will automatically calibrate its overall functionality and accuracy.
2. Locate the sample's measurement area through a high-definition camera.
3. Select the appropriate measurement aperture.
4. Perform color measurement.
5. Process data via the APP, WeChat mini-program, or PC color management system.
Precautions
- The instrument does not require frequent manual calibration; simply placing it on the calibration base enables automatic calibration.
- The calibration whiteboard is made of zirconium material with a Mohs hardness of 9 and should be protected from scratches.
- During measurement, the camera clearly positions the target area to prevent inaccuracies caused by area errors.