Colorizing Photos with Autochrome Plate (2024)

Before the Lumiere brothers introduced the idea of autochrome plates in 1903, which producedcolor photos with color mosaics, photography lived in a black-and-white world. The first autochrome plates useddyed potato starch in green, violet-blue, and orange instead of what we now use:blue, green, and red. The brothers' autochrome plates were the standard colorization technique from 1907 until the subtractive color film in the 1930s. Though it may seem like an antiquated technique, the autochrome process was highly advanced for its time andisstill used today for the unique look it can give to photographs.

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How to Create the Autochrome Color Filter Mosaic Plate

Let's assume you're ready to start your autochrome process. The first step is to make the plate.

To create anautochrome plate, photographers cover a thin plate made of glass with transparent adhesive layers. They then spread apaste of dyed potato starch over the adhesive's surface. The starch is dyedgreen, violet-blue, and orange. Roughly 4,000 grains of the starch cover a square inch. Each grain is about five to ten micrometers.

The goalis to keep the glass plate as transparent as possible,minimize the space between each grain, and avoiding grains from overlapping. Applying pressure to the plate creates a clearer mosaic. This allows light toreach the emulsion more easily. The glass maybreak if you applypressure to the glass all at once, so use a steamroller to apply pressure to one area at a time.

Fill in spaces with Lampblack, the same substance used in printing ink,and coatwith a water-based gelatin emulsion. To prevent the grains from getting wet, cover the plate with shellac (a dissolved lac resin now popular in nail polish) and leave itto dry. When everything has dried, it becomes a full Autochrome Color Filter Mosaic Plate, which you then divideinto your preferred sizes. Cover the side that is going to facethe emulsion with a black paper. You'll remove the paper and load the plate when you're ready to use it.

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Using the Autochrome Color Filter Mosaic Plate

The autochrome plate comes with one side covered by a black cardboard paper to protect the emulsion. When putting it into the camera, the glass side should be in front of the lens. This is done so that light can go through a layer of glass and the mosaic filter before it reachesthe emulsion.

There is a risk of the sun's ultraviolet rays messing with the blue and violet light in daylight. You canhandle this issueby putting a yellowish-orange filter on the camera. This filter, however, dampens light intake, which in turn means that the autochrome plate has to be exposed for quite a while before you can take a picture.

You now have the coated plate and asilverlaminating filter. The silver halide actsas a micro-filter. It filters the spectrum of light that passes through it, allowing a particular amount of light to pass at a certain point. Thisproducesa unique proportion of the yellow, green, and violet-blue colors. The plate makes a reconstruction of the imageand blends the colors. Ittakes the appearance or color of the light that passed through the grain when you look at it.

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Autochrome of the Past

Photographers could only use the first autochrome plateson standstill cameras because the picture took forever to expose.The subjectalso had to be incrediblystill (which is why you don't really see people smile in early photographs). After they took the picture, it had to bewashed by first developing the negatives, and the positives were produced by chemically removing the silver coverand exposing what was left to light.

The way autochrome plates were coated, dried, and recoated back in the day made them vulnerable to damage from the elements, like humidity. Each layer was made with a different material that was vulnerable to certain factors, and when one layer started deteriorating, it affected other layers as well. This was why autochrome plates were stored at about17 to 20 degrees Celsius in a very dry environment.

Autochromes, especially stereoscopicautochromes, became incredibly popular. You could even call it a photography addiction, despite the somewhat complicated process. But it's not hard to see why it is such a widespread practice. The color photographs of autochrome are vivid and subdued, antique, yet modern; it gives the picture an air of mystery and makes the subjects beautifully familiar.

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Colorizing Photos with Autochrome Plate (2024)

FAQs

What replaced autochrome? ›

Invented by Leopold Mannes and Leopold Godowsky Jr. for the Eastman Kodak Company, Kodachrome was introduced in 35mm format in 1936 and effectively replaced the autochrome as the leading colour photography process. A colour reversal film, Kodachrome consists of positive colour images on a plastic base.

What are the colors of autochrome? ›

An autochrome is the result of an additive color process and is a unique photograph—a positive transparency on a glass support—with colors composed of minute grains of potato starch dyed orange, green, and blue-violet.

Who created the first colored photographs using the autochrome process in 1907? ›

The Autochrome process, introduced in France in 1907 by Auguste and Louis Lumière, was the first practical colour photography process.

How is the autochrome like the daguerreotype? ›

Like the earlier daguerreotype and ambrotype, autochromes are unique, one off photographs which produce an image directly onto a glass plate rather than a negative, an aspect which no doubt appealed to amateur photographers with artistic aspirations.

What are the disadvantages of autochrome? ›

Both the glass base and the process used to create these autochromes are subject to deterioration. Glass is easily broken, and dyes are subject to color shifts. Autochromes without protective cover glass easily sustain physical damage. Scratched and peeling emulsion layers and faded colors are common.

What company replaced autochrome technology with a more advanced color film process in 1932? ›

T/F: In 1932, Kodak came up with a more advanced color film process that ended up replacing autochrome technology. Dorothea Lange's Migrant Mother is a touching photograph taken during the period of __________.

What three colors are used in color photography? ›

Red, yellow, and blue are the three primary colors. These are the only colors that can't be made by adding or mixing other colors together – they are “pure” colors. All other hues are created by combining these primary colors. Primary colors are used to grab the viewer's eye.

Is autochrome additive or subtractive? ›

The Lumiere Autochrome utilized an additive color process that involved coating a glass plate with potato starch dyed red, green, and blue that acted as color filters. A fine black soot was used to fill up any spaces left between the starch grains.

How are autochrome photos made? ›

Autochromes were made by coating a glass plate with a sticky varnish and dusting it with a layer of randomly distributed, translucent potato-starch grains. These grains, which were dyed red-orange, violet, and green, were then interspersed with fine black carbon dust, and again varnished.

What was the first successful color photography process? ›

The first properly usable and commercially successful screen process—the autochrome—was invented early in the 20th century by two French brothers, Auguste and Louis Lumière.

Who is known for inventing color photography? ›

The First Durable Color Photograph by James Clerk Maxwell

His technique referred to virtually all practical colors processed whether chemical or electronic and was first suggested in 1855. In 1861, Thomas Sutton made the first colorful photograph of a bow made of ribbon, using red, green and blue filters.

How does the autochrome work? ›

Autochrome plates are covered in microscopic red, green and blue coloured potato starch grains (about four million per square inch). When the photograph is taken, light passes through these colour filters to the photographic emulsion. The plate is processed to produce a positive transparency.

How were daguerreotypes colored? ›

The first approach to add color to images was via hand coloring or tinting to the images after development. Daguerreotypes were colored via direct hand painting on the gilded or varnished daguerreotype, or by applying transparent tints to selected portions of the image and fixing them by heating the plate.

What was one of the most significant drawback of the daguerreotype photographic process? ›

But the daguerreotype had serious limitations. The mirror-like surface of the image could only be viewed from a narrow angle. Further, the process produced a one-of-a-kind image that did not permit printing duplicates.

How is daguerreotype different from cyanotype? ›

Cyanotype was more stable than daguerreotype because they process used iron salts rather than silver compounds and it became more popular at the beginning of the twentieth century especially in the manufacture of architectural blueprints.

Which two brothers from France patented a process called autochrome in 1903 which launched color photography? ›

The Autochrome Lumière was an early color photography process patented in 1903 by the Lumière brothers in France and first marketed in 1907. Autochrome was an additive color "mosaic screen plate" process. It was the principal color photography process in use before the advent of subtractive color film in the mid-1930s.

What was the first color photography process called? ›

The first properly usable and commercially successful screen process—the autochrome—was invented early in the 20th century by two French brothers, Auguste and Louis Lumière.

How do I view autochrome? ›

The easiest way to view Autochrome Stereoviews (depending on their format) is with a Brewster-style, or a Verascope-style, stereoscope with a ground-glass backing, facing a light source.

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