The LAB colorimeter's intelligent color matching function quickly locates the closest color and supports viewing LAB values and spectrum charts, facilitating precise color comparison and analysis.
Data Archiving and Cloud Synchronization
Long-lasting Battery Life and Portability
The colorimeter can easily achieve accurate color transmission and can also be used as precision color testing equipment. It is widely used in plastic, electronics, paint, ink, textile and garment, printing and dyeing, printing paper, automotive, medical, cosmetic and food industries, research institutes, schools and laboratories.
Model | SISCO-CM-CR4501 |
Measuring Range | L*:0-100 |
Measurement Time | 1.5s |
Power Supply | 800mAh |
Packaged Weight | 0.5kg |
Q1: How does a colorimeter work?
A1: Colorimeters rely on the concept of the Beer-Lambert law, which assumes that the absorbance of a substance is proportional to its concentration. For example, the higher the concentration of a solution, the higher the absorbance reading. Many chemical and biological experiments are based on this concept. To obtain a Beer's law curve, several standards (solutions of known concentration) are prepared and their absorbance values are determined using a colorimeter.
Q2: What is colorimetry?
A2: A colorimeter is a device that measures light absorbance (how much light is absorbed) and light transmission (how much light passes through) in a liquid by analyzing the intensity of the color.
Q3: What are the limitations of a colorimeter?
A3: One limitation of chemical colorimeters is that differences in certain substances may lead to inaccurate test results. According to Global Water Instrumentation, because these differences are different for each substance, a chemical colorimeter alone is not a completely foolproof testing device.
Tips: How to Correctly Interpret LAB Test Results?
To interpret LAB test results, you need to pay attention to three parameters: L° represents lightness (0 is black, 100 is white); higher values indicate brightness; A° reflects the red-green bias (positive values indicate red, negative values indicate green); and B° reflects the yellow-blue bias (positive values indicate yellow, negative values indicate blue). These three values can accurately describe color brightness and hue, allowing you to evaluate product color consistency or color characteristics such as skin tone.
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