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dc micro colour theory

THE COLOUR SELECTION PROCESS

The production process involves different ingredients being mixed together that will result in colours that will make up the palette to be worked with. The first rule that must be taken into account is that in obtaining colours for the palette, it is necessary to forget the theory of subtractive colour synthesis and replace it with the theory of “generated colours” in pigmentology. In order to replace one concept with the other, a comparative table will be established. With this in mind, the well-known traditional colour theory will replace a new theory one that will be used in micropigmentation

The chromatic star in pigmentology

The first concept we have to address is that of the classic chromatic circle, product of the “subtractive synthesis” theory, which will be replaced with the chromatic star:

The educational tool resulting from the reformation of the classic “subtractive synthesis” into this new concept which uses different base colours as its starting point. These new base colours will be used in order to obtain different colours from the palette. These base colours are not part of the traditional colour wheel because black and white are not classed as colours.

The base colours in this concept are:

  • Red
  • Yellow
  • Black
  • White

The combination of all the above colours in different proportions will create brown. The chromatic star was designed by Goldeneye and Mario Gisbert in 2008 to help simplify the manufacturing process and colour corrections.

Manufacturing process

For pigment manufacturing purposes black and white are used in this process, therefore the chromatic star helps simplify the explanation of the processing of eyebrow pigments as all of these colours are used to help create brown.

Colour correction

Because brown is not a pure colour however is made up of different manufacturing ‘primary’ colours. Some of the ‘primary’ colours are more stable and last longer in the skin. For example, black and red are stronger and longer lasting than yellow and white, which means once the colour breaks down over time in the skin the colour can change. The chromatic star helps us identify how to colour correct by identifying the missing colour which we can then use to modify and correct the colour.

Primary colours, secondary and Tertiary colours

The second group of concepts that will be analysed is that of the formation of colours starting from certain base colours. In classic theory for the formation of the colour is called pigment colours (subtractive synthesis), we start from the so-called primary colours (red, yellow and blue) in order to obtain the secondary colours (green, orange and purple). In pigmentology colour theory, we start from a base of four “Primary colours”: black/grey black, red/reddish brown, yellow/mustard and white) in order to obtain the “secondary” colours (blend of two primary colours: pale yellow, apricot pink (hereafter called pink), terracotta orange (hereafter called orange), grey, burgundy to mauve and olive green or the “tertiary” colours: blends of three primary colours: beige-saffron, pink-lilac, khaki, chestnut.

Base Colours

Formulation of secondary colours

There are six secondary colours, obtained by mixing primary colours two at a time in equal parts, as shown in the following image.

Formulation of tertiary colours

There are four tertiary colours, obtained by mixing three primary colours at a time in equal parts, as shown below.

Quaternary colours

Finally, the theory of complimentary or contrasting colours in subtractive synthesis theory will be replaced by the “neutralising colours” used in pigmentology colour theory.

While all the complimentary colours are divided up into the following pairs (blue/orange, red/green and yellow/purple); the neutralisers are also divided up into pairs of secondary colours (grey/orange, mauve/pale yellow, olive green/pink) or in tertiary colours with the missing primary colour (black/saffron, yellow/lilac, red/khaki, white/chestnut). It can be concluded that mixing the tertiary colour with the missing primary colour, neutralises together to give the whole range of possible shades of brown as a result, also known as ‘Quaternary colours’ in pigment colour theory.

Neutralising colours

In theory the above explanations can then help you do small colour corrections on eyebrows. Colours you may see in old brows are:

  • Grey / Blue
  • Orange
  • Pink
  • Purple

From your colour theory knowledge, you will now understand that the primary colour/s missing from the colour you see, is the colour you need to modify and colour correct the brow. Some colour corrections are quite laborious and should only be performed by advanced technicians.

When you come to train with us we have a fun practical way to show you and explain colour theory and colour correction which helps you to understand in greater detail everything about colours.

For more info about a colour theory class get in touch!

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