Who Invented the Printing Press?
Johannes Gutenberg (ca. 1398-1468)
Credit: Public domain.

Johannes Gutenberg is usually cited as the inventor of the printing press. Indeed, the German goldsmith's 15th-century contribution to the technology was revolutionary — enabling the mass production of books and the rapid dissemination of knowledge throughout Europe. However, the history of printing begins long before Gutenberg's time.


Nearly 600 years before Gutenberg, Chinese monks were setting ink to paper using a method known as block printing, in which wooden blocks are coated with ink and pressed to sheets of paper. One of the earliest surviving books printed in this fashion — an ancient Buddhist text known as "The Diamond Sutra" — was created in 868 during the Tang (T'ang) Dynasty (618-909) in China. The book, which was sealed inside a cave near the city of Dunhuang, China, for nearly a thousand years before its discovery in 1900, is now housed in the British Library in London.

The carved wooden blocks used for this early method of printing were also used in Japan and Korea as early as the eighth century. Private printers in these places used both wood and metal blocks to produce Buddhist and Taoist treatises and histories in the centuries before movable type was invented.

An important advancement to woodblock printing came in the early eleventh century, when a Chinese peasant named Bi Sheng (Pi Sheng) developed the world's first movable type. Though Sheng himself was a commoner and didn't leave much of a historical trail, his ingenious method of printing, which involved the production of hundreds of individual characters, was well-documented by his contemporary, a scholar and scientist named Shen Kuo.

In his 11th-century work, "Dream Pool Essays," Kuo explains that Sheng's movable characters were made out of baked clay. The ink he used was a mix of pine resin, wax and paper ashes, and as Kuo tells it, Sheng's method could be used to print thousands of copies of a document fairly quickly.

While earthenware movable type was used by several other Chinese printers throughout the 12th and 13th centuries, Sheng's movable type didn't go mainstream in China or elsewhere until many centuries later.

In the 14th century, Wang Chen, a Chinese government official of the Yuan Dynasty, independently created his own set of movable characters out of wood. His motivation for developing this new method of printing was the publication of a voluminous series of books on agriculture, titled "Nung Shu."

"Nung Shu" was eventually printed in 1313 using tried-and-true woodblock methods, not movable type. But Chen's printing method did catch on, albeit slowly, and was used for reproducing documents in the centuries that followed. Metal type — made from bronze and perhaps tin — was also used in China for the printing of books and paper money until at least the 18th century.

Historical evidence suggests that metal movable type was also developed independently in Korea in the late 14th century. In 1377, a Korean monk named Baegun is credited with printing a compilation of Buddhist sayings using movable metal type. The two-volume book, known as "Jikji," is believed to be the oldest book in the world printed with metal type. One volume of the work is held at the National Library of France.

Despite early successes with movable type, this method of printing didn't catch on as quickly in Asia as it did in Europe. This lukewarm reception was most likely due to the complexities of Asian writing systems. Unlike the concise, alphabetic script of many Western languages, Chinese, Japanese and Korean are made up of thousands of characters, which would each have to be cast individually for printing using movable type. Such a daunting task may have made woodblocks seem like a more efficient option for printing in these languages.

Europeans, however, took to movable type quickly. Before the invention of the printing press — sometime between 1440 and 1450 — most European texts were printed using xylography, a form of woodblock printing similar to the Chinese method used to print "The Diamond Sutra" in 868. Manuscripts not printed with woodblocks were painstakingly copied by hand. Both processes were extremely labor intensive and, as a result, books in Europe were very expensive and few could afford to buy them.

But all that changed in the middle of the 15th century, when Johannes Gutenberg established himself as a goldsmith and craftsman in Strasbourg, Germany. In Strasbourg, Gutenberg first began experimenting with both xylography and the development of a more efficient method of printing.

A printer demonstrates a Gutenberg press. Gutenberg's press allowed more Bibles, books and music to reach more people.
A printer demonstrates a Gutenberg press. Gutenberg's press allowed more Bibles, books and music to reach more people.
Credit: upstudio / Shutterstock.com

Like Bi Sheng, Wang Chen and Baegun before him, Gutenberg determined that to speed up the printing process, he would need to break the conventional wooden blocks down into their individual components — lower- and upper-case letters, punctuation marks, etc. He cast these movable blocks of letters and symbols out of various metals, including lead, antimony and tin. He also created his own ink using linseed oil and soot — a development that represented a major improvement over the water-based inks used in China.

But what really set Gutenberg apart from his predecessors in Asia was his development of a press that mechanized the transfer of ink from movable type to paper. Adapting the screw mechanisms found in wine presses, papermakers' presses and linen presses, Gutenberg developed a press perfectly suited for printing. The first printing press allowed for an assembly line-style production process that was much more efficient than pressing paper to ink by hand. For the first time in history, books could be mass-produced — and at a fraction of the cost of conventional printing methods.

Examples of movable type, which uses separate components for each letter, number and punctuation mark.
Examples of movable type, which uses separate components for each letter, number and punctuation mark.