Colour Quality Control 101: 5 Steps to a Successful Program

Share on facebook
Share on linkedin
Share on whatsapp
Share on telegram
Share on email

5 Important Steps to a Successful Color Quality Program

Quality Control (QC) is important in ensuring that product produced remain of consistent quality. Colour QC verifies that the colour manufactured remains the same throughout different product batches.

Having a QC programme in place not only helps to maintain your quality of products but also helps you to accurately communicate colours with your partners. Efficiently reduce cost and wastage by inspecting raw materials before actual production and before sending them to customers.

1. Quantify Colour using a Spectrophotometer

Relying solely on the human vision will not achieve the exact specific colour and can lead to immense resource wastage just to replicate the same colour without a specific universal data that can pinpoint the colour desired.

Using a spectrophotometer allows for accuracy and comparison of spectral data that can be quantified and easily communicated to different parties.

spectrophotometer is able to precisely measure the electromagnetic energy at a specific wavelength of light to identify the colours and determine how much of that colour is present. The analysis will show a spectral reflectance curve, also known as the colour’s “fingerprint” as it is unique to that colour.

2. Choose an Acceptable Colour Tolerance

Tolerance is the amount of acceptable difference between the colour standard set and the colour sample produced.

Setting the right tolerance range is important:

  • Too small, too tight = Greater time trying to achieve the target
  • Too large, too wide = Higher risk of rejection due to variance

There are many different types of colour models that most are familiar with, including RCB, CMYK and PMS. In a laboratory, the most commonly used colour space is CIELab or CIE L*a*b as they are the most complex but robust for quantitative comparisons.

3. Use a QC software for In-depth Analysis

A quality control software always you to automate most processes and is able to provide you with tracking capabilities, trends and generate reports to gather insights from.

QC software can compare production colours against pre-set standards, use tolerances to determine a pass or fail status and notify you before it goes out of the tolerance.

Be it working on a global supply chain or managing your own products, a QC software definitely makes it easier to track your colour data in an efficient manner.

4. Initial Visual Evaluation

As an initial evaluation, comparing colour visually is the most effective method. While it is not sufficient, it provides opportunities for discussion and insights on the tolerance levels for your colours.

As humans, everyone usually see colour differently, hence those who are involved in a visual evaluation are encouraged to take and pass the Farnsworth-Munsell 100 HueColor Vision Test to determine there are any vision deficiency that may affect the colour test.

5. Evaluate Under Controlled Lighting

Natural lighting is subjective and different for most people, depending on the climate, timing and more. Lighting in a public place may also be influenced by many other variable factors such as wear and tear, space and shadows.

Hence, the best way to test your product’s colour is in a controlled light booth. The calibrated lighting booth is equipped with light sources that adhere to CIE International Standards and can also be easily incorporated with your QC software.

What can Maha offer?

Set up your Colour Quality Program with us today! From choosing the right spectrophotometer to tolerance levels or even implementing QC software, our professionals are here to support you.

Contact us at to find out more!


High-speed dispersing machine manufacturing

A Selection Guide to High Speed Dispersers

High Speed Disperser is a type of mixer used in the manufacture of chemicals, plastics, coatings, inks, paints, adhesives, composites and many other products. Its function is to incorporate, uniformly distributing, dissolving and wetting powders into liquid and break down particle agglomerates to produce a fine dispersion.

Read More »