In this study, it was aimed to perform color analysis with the Image Processing Based Scrub Tester (IPBST), which was produced to mimic the effect of paint, varnish and various decorative coating layers against household chemicals. For this purpose, 8 mm thick, high-gloss acrylic-coated medium density fiberboard (MDF), polyvinyl chloride (PVC)-coated MDF, and MDF laminate ready-made panels, as well as MDF panels coated with polyurethane, cellulose, acrylic, and water-based paints, were prepared. Carbon fiber patterned decorative coating was applied to the prepared sample panels surfaces using water transfer printing (WTP) and ultraviolet (UV) printing methods. Then, the sample surfaces were scrubbed with IPBST using various household chemicals according to Turkish Standards (TS) EN ISO 11998 principles. In the image processing phase of the study, after taking digital images of the samples before and after the scrubbing process, color measurements were evaluated according to L*, a* and b* coordinates according to the Commission International de I’Eclairage (CIE-Lab) system with a newly developed method. As a result of the research, it was determined that the total color change of the WTP samples was 124.63% more than the UV printed samples. In order to test the accuracy of the color measurement method of the IPBST produced within the scope of the study, a comparison was made with the BYK – Gardner Spektro Guide 45/0 color measurement device. The relationship between the total color change values obtained with both devices was examined by Pearson Correlation analysis, and a very strong and significant relationship of 0.97 was found. As a result, with the similar data obtained, it was proven that the color test analysis performed with IPBST and the software created can be used worldwide and can be an alternative to industrial test devices.