Color spectrum spectrophotometer

Color spectrum spectrophotometerDS-700D

The DS-700 series spectrophotometer has excellent inter stage difference and repeatability, and presents accurate and reliable data. Adopting a full band LED light source of 400-700nm, equipped with 12 measuring apertures to meet the measurement needs of various samples. Not only does it support connecting to a computer to process data, but it also supports Android, iOS, and WeChat mini programs for data storage anytime, anywhere.

Excellent inter platform consistency, dE*ab≤0.2

The instrument's repeatability accuracy has been improved to dE * ab ≤ 0.02

Provide 30+measurement parameters and 40 evaluation light sources

The 12 calibers provided are suitable for different applications

Provide functions such as camera framing and positioning, UV light measurement, mobile phone connection measurement, color matching software, etc

Excellent inter platform consistency, with dE * ab ≤ 0.2 technology and process level, ensures that the DS.700 series has excellent inter platform consistency. The use of BCRA series standard color bricks for color transfer and color value traceability ensures that instruments of the same model maintain excellent inter table difference levels between upstream and downstream companies.

Color spectrum spectrophotometerDS-700D

Double row high-precision CMOS array design, which monitors the energy fluctuations of the light source while measuring sample signals, reduces interference during measurement, and achieves higher measurement stability. The use of large-area dual array sensors provides higher spectral response sensitivity, ensuring instrument measurement speed, accuracy, stability, and inter stage consistency with high standards and ultra-high repeatability accuracy: dE * ab ≤ 0.02 repeatability accuracy is an important indicator for describing the accuracy of a spectrophotometer. The excellent optoelectronic testing system scheme ensures that the repeatability and accuracy of the DS-700 series spectrophotometer reach a level that is difficult to compare with similar products. The repeatability evaluation of the DS-700 series spectrophotometer adopts strict standards and presents the performance of repeatability accuracy. Long term stability of the instrument

Compared to existing products, the DS-700 series spectrophotometer does not require frequent manual calibration during use. As long as it is placed on the calibration base, the instrument will automatically calibrate the overall instrument function and accuracy based on its own status and environmental factors, ensuring that the instrument is in a stable state and ready for use at any time. The whiteboard in the calibration base is the benchmark for instrument accuracy. Through long-term investment and research, Caipu has integrated materials known as "artificial diamonds" as calibration whiteboards, achieving a surface Mohs hardness. Due to the material's hardness and stability comparable to diamonds, it ensures that the calibration whiteboard surface will not be scratched and will not change color with temperature and humidity changes. Compared to similar foreign and domestic products that use ordinary industrial ceramics or even plastics as calibration whiteboards, it further improves stability and durability, ensuring the performance of the instrument. Long term stability of the instrument

Compared to existing products, the DS-700 series spectrophotometer does not require frequent manual calibration during use. As long as it is placed on the calibration base, the instrument will automatically calibrate its overall functionality and accuracy based on its own status and environmental factors, ensuring that the instrument is always in a stable state and ready for use. The whiteboard in the calibration base is the benchmark for instrument accuracy. Through long-term investment and research, Caipu has integrated materials known as "artificial diamonds" as calibration whiteboards, with a surface Mohs hardness of 9. Due to the material's hardness and stability comparable to diamonds, it ensures that the calibration whiteboard surface will not be scratched and will not change color with temperature and humidity changes. Compared to similar foreign and domestic products that use ordinary industrial ceramics or even plastics as calibration whiteboards, it further improves stability and durability, ensuring the performance of the instrument. Long term stability of the instrument

Compared to existing products, the DS-700 series spectrophotometer does not require frequent manual calibration during use. As long as it is placed on the calibration base, the instrument will automatically calibrate its overall functionality and accuracy based on its own status and environmental factors, ensuring that the instrument is always in a stable state and ready for use. The whiteboard in the calibration base is the benchmark for instrument accuracy. Through long-term investment and research, Caipu has integrated materials known as "artificial diamonds" as calibration whiteboards, with a surface Mohs hardness of 9. Due to the material's hardness and stability comparable to diamonds, it ensures that the calibration whiteboard surface will not be scratched and will not change color with temperature and humidity changes. Compared to foreign and domestic products that use ordinary industrial ceramics or even plastics as calibration whiteboards, the stability and durability of the instrument are further improved, ensuring its performance. Long term stability of the instrument

Compared to existing products, the DS-700 series spectrophotometer does not require frequent manual calibration during use. As long as it is placed on the calibration base, the instrument will automatically calibrate its overall functionality and accuracy based on its own status and environmental factors, ensuring that the instrument is always in a stable state and ready for use. The whiteboard in the calibration base is the benchmark for instrument accuracy. Through long-term investment and research, Caipu has integrated materials known as "artificial diamonds" as calibration whiteboards, with a surface Mohs hardness of 9. Due to the material's hardness and stability comparable to diamonds, it ensures that the calibration whiteboard surface will not be scratched and will not change color with temperature and humidity changes. Compared to similar foreign and domestic products that use ordinary industrial ceramics or even plastics as calibration whiteboards, it further improves stability and durability, ensuring the performance of the instrument.