TL;DR: Modern rolling papers are the result of centuries of papermaking innovation. From water-powered pulp mills and the Hollander beater to continuous paper machines, gummed edges and interleaved booklets, each invention improved the way rolling papers could be produced, used and branded.
The history of rolling papers is closely tied to the evolution of papermaking technology.
Long before modern rolling papers became the thin, precise and highly engineered products we know today, paper manufacturers had to solve a series of technical challenges: how to refine fibres, produce paper continuously, apply adhesive and eventually transform individual sheets into practical booklets.
From continuous papermaking machines to water-powered stamp mills and Hollander beaters to metallic vats and automated folding systems, each innovation brought papermakers one step closer to producing the ideal cigarette paper.
In this second part of our history of rolling papers, we explore the key inventions and pieces of equipment that transformed papermaking from a manual craft into an industrial process and ultimately helped create the modern rolling paper.
You can read the first article about the history of paper itself here: The History of Rolling Papers - Part 1: Before Rolling papers
1) The Development of Continuous Papermaking Machine
One of the biggest and most important inventions came at the end of the 18th century.
French inventor Nicolas-Louis Robert developed and patented in 1799 a machine capable of producing paper continuously rather than one sheet at a time. His invention represented a fundamental shift from traditional handmade production toward industrial papermaking.
Before the invention of his machine, paper sheets were hand-made by dipping a mould into a vat containing a solution of plant fiber with water. Robert's machine removed the hand-making part by using a continuously moving wire screen to receive a flow of fibrer extracted from plants in a water-suspension.
The wet sheet could then be pressed and dried continuously. The principle was revolutionary. The industrial paper machine brought two major advantages:
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Productivity.
A continuous process could produce much more paper with fewer workers than traditional hand production. -
Size.
Traditional handmade paper was limited by the size and weight of the mould. A continuous machine could theoretically produce an almost endless sheet, limited primarily by the width of the machine.
What’s interesting is that the history of the machine’s development is quite a messy one.
Robert worked for a mill owned by Saint-Léger Didot. He filed the patent, but it became the subject of a legal dispute between him and Saint-Léger Didot. Robert lost, Didot won.
However, Didot was unable to develop the machine in France. The country's industrial capital was scarce and the political situation was still unstable. For context, this was only ten years after the French Revolution of 1789. But Didot had an English brother-in-law named John Gamble.
Gamble needed money to build the machine, and he found it from two London brothers, Henry and Sealy Fourdrinier.
They were running a wholesale paper trade at the time and immediately realised the impact that continuous paper production would have on their financial results; they therefore purchased a third of the rights to Gamble’s patent and provided the necessary funds for its development.
In addition to bringing capital for developing the machine, The Fourdriniers brothers hired Bryan Donkin, an experienced mechanical engineer, who significantly refined Robert's design. The first operational machine was commissioned at Frogmore Mill, in Hertfordshire, in 1803, and a second, improved version was patented in the Fourdriniers’ names in 1806 and 1807.
This machine, originally invented by Robert and subsequently refined, paved the way for modern paper-making. Before its invention, paper was a handcrafted product made sheet by sheet. Thanks to his machine, paper became an industrial product. You can learn more about how rolling papers are made.
2) From Stamp Mills to Metallic Vats: The Evolution of Pulp Preparation
Before paper could be produced, raw materials such as linen and hemp rags had to be transformed into a fine pulp. This process evolved considerably between the Middle Ages and the Industrial Revolution.
Early European paper mills relied on stamp mills, powered by water wheels. Wooden hammers repeatedly pounded soaked rags, breaking them down into fibres. Although effective, the process was slow and required considerable mechanical energy.
In the 17th century, the Hollander beater introduced a major improvement. Developed in the Netherlands, this water-powered machine used a rotating cylinder fitted with blades to continuously cut, fibrillate and refine fibres in a trough of water. Unlike the stamp mill, it allowed papermakers to control the degree of refining much more precisely, producing a more homogeneous pulp and improving the quality of the finished paper.
As papermaking became increasingly industrialized, equipment and materials continued to evolve. Metallic vats and other metal components progressively replaced traditional wooden equipment, making the preparation of pulp more durable, hygienic and easier to control on an industrial scale.
These successive innovations transformed the raw material from coarse textile waste into an increasingly fine and homogeneous paper pulp, capable of producing thinner, stronger and more consistent sheets.
This refinement of fibres was particularly important for the later development of cigarette paper, which required an exceptionally thin and uniform material capable of being handled and burned consistently.
3) The Invention of Gummed Rolling Paper
Another major innovation was the introduction of a gummed edge.
This process, which dates back to 1858, became widespread some twenty years later.
Rather than relying entirely on the smoker to hold the final fold together, manufacturers could use a machine to apply gum arabic to the edge of the sheet.
Natural gum arabic became an important material for this purpose. The application of gum transformed the usability of rolling paper.
The paper no longer needed to be simply wrapped around the tobacco. It could be rolled, moistened along the adhesive strip and sealed.
This seemingly simple feature became one of the defining characteristics of modern rolling papers.
4) The Invention of the Interleaved Rolling Papers Booklet
Perhaps the most recognizable innovation in rolling-paper packaging came at the end of the 19th century.
In 1893,L. Chambon (machine manufacturer in Paris) and the Braunstein brothers (manufacturers since 1879) patented a mechanism for interleaving cigarette papers.
Instead of stacking the sheets one on top of another, the papers were folded and interlocked by the machine they invented so that pulling out one sheet automatically presented the next.
The result was the automatic booklet.
In 1894, the Braunstein brothers introduced the product that became known as ZIG-ZAG, named after the characteristic folding pattern created by the interleaved papers.
This was a major improvement in usability.
Take one sheet out of a modern booklet and another sheet is immediately presented.
A manufacturing innovation from the 19th century became an industry standard.
Rolling Papers Became an Industrial Product
By the end of the 19th century, rolling paper had become a sophisticated industrial product.
Manufacturers could produce paper continuously, cut it with increasing precision, apply gum, create watermarks, print branded packaging and assemble individual sheets into compact booklets.
Brands also became increasingly important as they helped transform cigarette paper into a recognizable consumer category.
The packaging itself became part of the product and brands were hiring and paying notorious illustrators of the time.