Advantages and Disadvantages of Using Spectrophotometers for Shade Matching in Fabrics

It is important to learn about new production & QA techniques such as spectrophotometry from unbiased sources to make informed decisions.

Spectrophotometry is a commonly used method for shade matching in the textile industry. It involves using a spectrophotometer to measure the color of a sample and compare it to a target color. Here are some of the advantages and disadvantages of using spectrophotometry for shade matching in fabrics:





Spectrophotometry provides a high degree of accuracy in color measurement, which is essential for achieving consistent shade matching in fabrics.



Spectrophotometry results are repeatable and reliable, ensuring that color measurements are consistent over time.



Spectrophotometry provides an objective measurement of color, eliminating the subjectivity that can occur when using human visual assessment for shade matching.



Spectrophotometry can measure color quickly, making it suitable for large-scale production.



Spectrophotometry can be used to measure a wide range of color values and is suitable for use with a wide range of fabrics, including dyed and printed fabrics.





Spectrophotometry equipment can be expensive, making it a cost-prohibitive option for some textile manufacturers.



Spectrophotometry requires specialized training to use, making it a complex and potentially challenging method for some textile manufacturers to implement.


Sensitivity to lighting conditions

Spectrophotometry is sensitive to lighting conditions, and results can be affected by changes in the lighting environment.


Limited ability to assess texture and surface characteristics

Spectrophotometry is a measurement of color only, and does not assess texture and surface characteristics, which can impact the appearance of shade in a fabric.


In conclusion, spectrophotometry provides a high degree of accuracy in color measurement and is a versatile and efficient method for shade matching in the textile industry. However, it also has some limitations, such as cost and complexity, that must be considered when deciding whether to use it for shade matching.