Product Overview
The Caipu DS-410 Spectrophotometer is a color analysis instrument with extremely high repeatability precision, featuring a core specification of ultra-high repeatability accuracy with dE*ab ≤ 0.03. It incorporates an innovative dual-beam design and nano-integrated optical components, along with a calibration base and a zirconium reference with Mohs hardness of 9, ensuring measurement stability and long-term accuracy.
Product Features
1. Ultra-high repeatability precision: dE*ab ≤ 0.03.
2. Dual optical path design for enhanced measurement stability.
3. Innovative 5-micron thickness nano-integrated optical devices.
4. Over 30 measurement parameters covering a variety of colorimetric indicators.
5. Provides nearly 40 evaluation light sources.
6. Calibration base and zirconium reference with Mohs hardness of 9 ensure long-term stability.
7. Supports 10 measurement apertures.
8. Built-in high-definition camera for clear observation of the measured area.
9. Supports WeChat mini-programs as well as Android, iOS, and HarmonyOS mobile apps.
10. Utilizes the powerful PC-based color management system ColorExpert.
Working principle
This instrument adopts a dual optical path design, which monitors light source energy fluctuations while measuring the sample signal, thereby reducing interference and achieving higher measurement stability, improving repeatability accuracy to dE*ab ≤ 0.03. Additionally, the instrument uses a 5-micron thick nano-integrated optical component as the light-splitting device, enabling nanoscale spectral separation capability.
Fields of application
We are currently operating in the fields of printing, coatings, and textiles.
Compliant with standards
ASTM E313-00、ASTM E313-73、ASTM D1925
Operation Steps
1. Place the instrument on the calibration base, and it will automatically calibrate.
2. Select the desired measurement aperture.
3. Locate the test area using the built-in camera.
4. Perform sample measurement.
5. View and transfer color data via the mobile app or PC software.
Precautions
- Place the instrument in a stable environment during use.
- Regularly perform calibration using the calibration base to ensure accuracy.
- Avoid scratching the calibration whiteboard surface or exposing it to fluctuations in temperature and humidity.
- Select the appropriate measurement aperture based on the sample size.
- Clearly position the measurement area through the camera to avoid measurement errors.
