Atomfair Color Measurement Experiment Setup, Integrating Sphere & High-Sensitivity PMT, 380-780nm ±0.4nm Accuracy 300mm Focal Length, Physics Teaching Textile/Paper/Automotive Color Analysis

Atomfair’s CMS-586 color measurement setup (380-780nm, ±0.4nm accuracy) features auto-scanning, integrating sphere & PMT. Computer-controlled, it calculates chromaticity coordinates, ideal for physics teaching and textile/automotive/food color analysis.

Description





Atomfair CMS-586 Color Measurement Experiment Setup

Atomfair CMS-586 Color Measurement Experiment Setup

Product Category

Physics Teaching Equipment, Grating Spectrometer Series

Core Features

  • Automatic Spectrum Scanning: Support automatic spectral scanning with efficient and convenient measurement operation.
  • Integrating Sphere Color Measurement: Adopt an integrating sphere color measurement device to ensure accurate and reliable color detection results.
  • High-sensitivity Detection: Equipped with high-sensitivity photomultiplier tube receiving device for precise signal acquisition.
  • Computer-controlled Operation: Instrument control & data processing via computer system, simplifying operation and improving data analysis efficiency.
  • Customizable Configuration: Support parameter customization for different customer needs to meet diverse application scenarios.

Specifications & Parameters

Parameter Name Specification Details
Light Source 12V20W Bromine Tungsten Lamp
Wavelength Range 380nm˜780nm
Wavelength Accuracy ±0.4nm
Relative Aperture D/F=1/7
Monochromator Focal Length 300mm

Main Configuration

  • Main unit of the experiment setup (Including electronic control box, receiving unit)
  • GY-1 Bromine Tungsten Lamp
  • Integrating sphere measurement device (with light source)
  • Transmission measurement device (with standard white board)
  • Supporting color measurement and analysis software

Application Scenarios

As an automatic spectrophotometric color measuring instrument, it is suitable for colleges and universities to offer color measurement experiments for students. It is also widely used in textiles, papermaking, printing and dyeing, traffic signals, automobile manufacturing, food processing and other fields. It can measure luminous bodies, transparent objects, reflective objects and color mixing, and calculate chromaticity coordinates and dominant wavelength.

If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.