Printing is often called one of the foundations of civilisation — and for good reason. Thanks to it, knowledge stopped being reserved for elites, and ideas could travel faster than their authors.
The history of printing, however, does not begin with a single machine or one name. It is a process that stretches across millennia — from the first marks pressed into clay to modern digital printing controlled by algorithms. The invention of printing was therefore not a single event, but a long technological evolution.
The Beginnings of Recorded Information — Before Printing
Before humanity learned how to print, it first had to learn how to record information in a durable and repeatable form. The earliest systems had nothing to do with printing itself, yet they created the technological and mental foundations that made printing possible.
The oldest known writing system is considered to be cuneiform, developed in Mesopotamia around 3500 BCE. Characters were pressed into soft clay with a stylus, and the tablets were then dried or fired. What mattered most was that the record became standardised, repeatable, and readable by others, regardless of the author.
Later, around the 25th century BCE, hieroglyphic writing developed in Egypt. It was inscribed on stone, ceramics, and papyrus, forming a complex system of symbols with both semantic and phonetic functions. This was still not printing, but it introduced a crucial idea: fixing content on an external medium independent of human memory — a step that naturally led to the need for reproduction.
The Far East — Where Printing Truly Began
Technologies that can clearly be called printing originated in China. This was where the first techniques enabling the duplication of content were developed. As early as the first millennium CE, woodblock printing was widely used. Entire pages of text were carved into wooden blocks, covered with ink, and pressed onto paper.
This method allowed identical texts to be reproduced many times, which was a major step forward compared to manual copying. Its limitation, however, was low flexibility — every change required carving a new block.
In 868 CE, the Diamond Sutra was produced in China, considered the oldest fully printed book known today. A few centuries later, around 1041, Bi Sheng developed movable type made of fired clay. Although the concept was revolutionary, it did not lead to mass production on a large scale, mainly because the vast number of Chinese characters made the technology difficult to use efficiently.
Key Milestones in Early Printing
- The first fully printed book — the Diamond Sutra (China, 868 CE).
- Rapid development of printing techniques in China and Central Asia during the first millennium.
- Movable type invented by Bi Sheng around 1041.
- Development of colour printing in China after 1100, mainly for illustrations and ceremonial texts.
- The introduction of the first printed banknotes in China.
- Use of wooden type followed by gradual transition to metal type, completed in Europe in the 15th century.
Europe and Gutenberg — The Turning Point
In Europe, the real revolution came in the 15th century. When asked who invented printing, Johannes Gutenberg is most often named as the inventor of printing in its modern European form. He did not invent the idea itself, but integrated existing solutions into a coherent and efficient production system. Gutenberg combined metal movable type, a mechanical press, and inks suitable for printing on paper, creating the foundations of modern typography.
His most famous work was the Gutenberg Bible (around 1455) — the first large book printed in Europe using this new technology. Gutenberg’s invention proved that books could be produced in series, with high repeatability and quality control, something impossible in the manuscript era.
From that moment, printing houses spread rapidly across Europe, and printing became one of the key forces behind the Renaissance, the Reformation, and the development of science and education. The effects of printing were enormous — knowledge began to circulate faster, and access to books slowly stopped being a privilege of the elite.
From the Industrial Revolution to the 20th Century
The following centuries brought mechanisation of the printing process. In the 18th and 19th centuries, steam-powered machines, faster cylinder presses, and industrial paper production appeared. Printing ceased to be a craft and became a full-scale industry.
In the 20th century another breakthrough came: phototypesetting, followed by Desktop Publishing (DTP), which moved publication design onto computer screens. From there, the path to digital printing was short.
Modern Digital Printing — Two Technologies, One Goal
Modern digital printing is based on transferring data directly from a file to a printing machine, without the need for printing plates. Two main technologies form the foundation of this model: toner-based (electrophotographic) printing and inkjet printing.
Toner printing uses electrostatic processes and high-temperature fusing, ensuring excellent repeatability and stable quality for short and medium runs. Inkjet printing, in turn, relies on precise placement of ink droplets, usually using piezoelectric heads that allow accurate control of droplet size and position without high temperatures.
At Books Factory, this process is carried out on more than 20 modern industrial printing systems, both toner and inkjet. Such technological capacity allows the printing method to be selected flexibly for each project, responding to the varied needs of publishers and authors — from single copies to larger production runs.
In inkjet production, web-fed systems up to 660 mm wide are used, enabling 2-up, 3-up, and 4-up imposition for efficient book manufacturing in various formats. Printing is performed at resolutions of 600 × 600 dpi or 1200 × 600 dpi, at speeds reaching 150 metres per minute, combining high productivity with quality suitable for book production.
Both technologies allow personalisation, fast reprints, and Print on Demand production. Increasingly, however, modern production inkjet systems are also becoming a realistic alternative for higher print runs of 10–15 thousand copies, especially for black-and-white books. In this perspective, digital printing is no longer only a solution for “small runs”, but a fully-fledged, flexible production tool also for larger volumes.
Printing as a Process, Not a Single Invention
The history of printing is not the story of one genius inventor, but of continuous technological evolution. From clay tablets to wooden blocks, from metal type to digitally controlled printheads — each era added another element to the same process: recording and reproducing content.
Today’s digital printing is a direct successor to this history. Instead of a stylus and a press, it uses algorithms, electronics, and precision mechanics, yet the goal remains unchanged. This understanding of printing — as a process rather than a single invention — defines modern digital printing today.
Sources:
- Wikipedia – The history of printing
- Wikipedia – Cuneiform script
- Britannica.com