4mm handheld caliber colorimeter has a beautiful, smooth shape and comfortable grip, in line with the structure of the human body mechanics design, fit the palm for continuous testing work, so you can use it quickly and easily.
Note: This colorimeter cannot transmit data or perform any other functions with computer software. The USB port is only for charging purposes.
Dual positioning measurement
Switch and button
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-SC-10 |
Illuminating/Viewing Geometry | 8/d |
Measuring Aperture | φ4mm |
Errors Between Each Equipment | ≤0.20E*ab |
Repeatability | ≤0.03 E*ab Measure white standard version 30 times average |
Detector | Silicon photoelectric diode |
Locating | Illuminating Locating/Cross Locating |
Measurement End Face | Large stable end-face and small concave-convex end-face |
Color Space | CIEL*a*b |
Color Difference Formula | E*ab, |
Light Source | D65 |
Light Source Device | LED blue light excitation |
Weight | 500g |
Power source | Rechargeable lithium-ion battery 3.7V@3200mAh |
Lamp Life | 5 years, more than 1.6 million measurements |
Charging Time | 8 hours--100% electricity |
Connector | USB |
Operating Environment | 0~40℃(32~104°F) |
Dimension | 205*70*100mm |
Note: The user can perform black-and-white calibration through the standard black-and-white box of the instrument and refer to the user manual to complete the calibration independently.
Q1: How does a color meter work?
A1: Color meters 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:Â 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 color meter?
A3: One limitation of chemical color meters 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: What does the LAB in a colorimeter mean?
L, A, and B on a colorimeter are chromaticity values representing the color of an object, i.e. the color space coordinates of a color. Any color has a unique coordinate value, where L stands for luminance (black and white), and A stands for red and green. B stands for yellow and blue. Using a colorimeter, the three groups of data L, a, and b, and the colorimetric â–³E, â–³L, â–³a, and â–³b color difference data are generally output. â–³E total color difference, â–³L+ means bright, â–³L- means dark, â–³a+ means reddish, â–³a- means greenish, â–³b+ means yellowish and â–³b- means blueish.
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SISCO is responsible for providing free spare parts, and free technical support to assist the customer to repair the defective products until the problem is solved.