Atomfair-ColoM837 Color Measurement Experimental Device – 3 Measurement Modes High Precision for Higher Education Colorimetry Teaching

Atomfair-ColoM837 Color Measurement Experimental Device integrates multi-disciplinary technologies with the added function of luminous body color measurement. Supporting three measurement methods, it automatically detects samples’ dominant wavelength and tristimulus values, offering accurate data and easy operation. It?s a cost-effective professional equipment for colorimetry teaching in higher education.

Description

 

Atomfair-ColoM837 Color Measurement Experimental Device

Product Overview

Colorimetry integrates multi-disciplinary knowledge such as physical optics, visual physiology, and visual psychology. In numerous fields, issues related to color measurement occur frequently, making it crucial to carry out teaching of this discipline at the higher education level.

This color measurement experimental device is developed on the basis of the original relevant experimental equipment, with the newly added function of luminous body color measurement. It successfully fills the gap in the field of colorimetry teaching and provides a cost-effective, reliable, and professional experimental equipment for teaching experiments.

Core Technical Specifications (International Standards)

No. Item Specification
1 Wavelength Range 380nm~780nm
2 Focal Length 302.5mm
3 Relative Aperture D/F=1/7
4 Wavelength Accuracy ±0.4nm
5 Wavelength Repeatability ≤0.2nm
6 Grating 1200L/mm, 500nm Blazed

Product Features

Equipped with computer intelligent control, featuring convenient and efficient operation, which can reduce human operation errors.

The instrument has built-in standard materials required for colorimetry calculation, eliminating the need for additional configuration. It can meet basic experimental needs right out of the box.

Equipped with professional color measurement integrating sphere and absorption cell to ensure the accuracy and stability of measurement data.

Supports three measurement methods: transmission measurement, reflection measurement, and luminous body color measurement, suitable for various experimental scenarios.

Can automatically detect the dominant wavelength and tristimulus values of the color of the tested sample, quickly output experimental results, and improve experimental efficiency.

Experimental Applications

It can be used to carry out Young’s modulus measurement experiments, helping students deeply understand the combined application of relevant physical principles and colorimetry experiments.

Additional Notes

The full English name of the color measurement experimental device is “Color Measurement Experimental Device”. In line with common industry abbreviation practices, “ColoM” is adopted as the English abbreviation (“Colo” is derived from “Color” and “M” from “Measurement”), which is concise and can accurately reflect the core function of the product.

The product model has been updated in accordance with the requirement of “Atomfair + English abbreviation + random number” format. The rest of the content maintains the integrity and readability of the original information, strictly follows international standard expressions, and does not include national standards, original models, or contact numbers.

 

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