Early Exploration Stage (Mid-19th Century - Late 19th Century)
Before the mid-19th century, cigarette production was entirely manual, a process that was extremely time-consuming and labor-intensive. Even skilled cigarette workers could only produce a handful of cigarettes per minute, resulting in extremely limited output. This made cigarettes a high-priced luxury item accessible only to a small minority.
In 1853, a cigarette factory established in Cuba introduced the filling-type cigarette machine invented by L. Susini, a significant milestone in the history of cigarette making machines. This machine first rolled cigarette paper into empty tubes, which were then filled with tobacco. It could produce **3,600 cigarettes per hour** (equivalent to 60 cigarettes per minute). Compared with manual production, its efficiency was significantly improved, increasing cigarette output to a certain extent and gradually making cigarettes available to a broader consumer group.
The world's first cigarette making machine was invented in 1872. However, due to immature technology, it did not have a significant impact on cigarette production in the following years. The truly revolutionary invention came in 1880, when American J.A. Bonsack created a machine that continuously formed tobacco into a rod and then cut it into individual cigarettes. This machine could produce **15,000 cigarettes per hour** (i.e., 250 cigarettes per minute), four times the output of Susini's machine. This major breakthrough achieved a qualitative leap in cigarette production efficiency, laying a solid foundation for the rapid development of the cigarette industry.
In 1881, Bonsack applied for and obtained patents for his invention (U.S. Patents 238,640 and 247,795). Although Allen & Ginter initially had concerns about Bonsack's machine and refused to adopt it, in 1884, James Buchanan Duke reached a cooperation agreement with the Bonsack Machine Company: Duke rented two Bonsack machines for production. Through continuous improvement of the machine's performance, he successfully reduced production costs and made cigarette prices more competitive. By 1888, relying on the high-efficiency production of Bonsack machines, Duke's company laid off all manual cigarette workers and fully realized mechanized production, marking the entry of cigarette production into a new era.
Initial Development Stage (Early 20th Century - Mid-20th Century)
At the beginning of the 20th century, with the continuous growth of market demand for cigarettes, higher requirements were put forward for the efficiency and performance of cigarette making machines. Bonsack's cigarette making machines were gradually replaced by more advanced **standard cigarette making machines**.
The standard cigarette making machine adopted the principle of "tobacco falling to form rods": tobacco, relying on its own weight, fell onto a cloth belt, then passed through the cigarette gun component to form a tobacco rod, and finally was cut into individual cigarettes by a cutter head. This innovative design greatly increased cigarette output, with a production capacity of **1,000 - 1,200 cigarettes per minute**—several times higher than that of Bonsack's invention. The substantial increase in cigarette output further promoted the global popularity of cigarettes, gradually transforming them from "niche luxuries" to "mass consumer goods".
Rapid Development Stage (Mid-20th Century - Late 20th Century)
In the mid-20th century, a series of major breakthroughs in the field of science and technology injected strong impetus into the development of cigarette making machines. Among them, the emergence of the **leveler patent in 1948 and the invention of the suction forming method** in 1956 completely changed the design concept and production method of cigarette making machines. The cigarette making machine designed by Britain's Molins based on the suction forming principle directly opened a new era of large-scale mechanized cigarette production.
Taking the Molins MK8 cigarette making machine as an example:
- In the early 1960s, its cigarette production capacity exceeded 2,000 cigarettes per minute;
- By the early 1970s, the output had surpassed 4,000 cigarettes per minute.
This high-speed production capacity enabled cigarette enterprises to meet the growing market demand and further expand the market share of cigarettes.
In the 1980s, computer technology developed rapidly and was widely applied in various industries, and the field of cigarette making machines also ushered in an automation revolution: cigarette making machines equipped with a variety of detection and control devices emerged. These devices could real-time monitor and adjust key parameters in the cigarette production process (such as tobacco filling amount, cigarette paper conveying speed, and cigarette weight), ensuring the stability and consistency of product quality. At the same time, the improvement of automation significantly accelerated the operating speed of the machines, taking cigarette production efficiency to a new level.
During this period, a number of new-type automated and high-efficiency cigarette making machines were launched one after another, with representative models including:
- Molins (UK): Molins WK95 and Molins MKL0 cigarette machine sets;
- Hauni (West Germany): PROTOS cigarette making machines;
- Sasib (Italy): Sigma cigarette making machines.
The **production speed of these models reached 6,000 - 8,000 cigarettes per minute**, pushing cigarette production efficiency to a new height.
Modernization Stage (21st Century - Present)
Since the 21st century, with the rapid development of science and technology and the upgrading of consumer demand, the development direction of cigarette making machines has further focused on **high speed, high efficiency, intelligence, and automation**. While pursuing high speed, more emphasis is placed on the refined improvement of product quality, striving to produce cigarettes with better quality and more stable taste.
A typical example is the newly designed GDL21 cigarette making machine: it adopts an innovative "double-rod system", breaking the traditional operation mode, and can produce **more than 10,000 cigarettes per minute** when running at high speed. At the same time, through optimizing the mechanical structure and adopting advanced control technology, it effectively reduces tobacco consumption and other production costs, significantly improving the economic benefits and market competitiveness of enterprises.
In China, domestic cigarette making machines have also achieved a historic leap:
- Early days of the People's Republic of China: Starting from "zero", arduously exploring basic technologies;
- After the reform and opening-up: Gradually mastering core technologies through the introduction, digestion, and absorption of advanced foreign technologies;
- Since the 21st century: Entering the stage of independent innovation and successfully developing cigarette making machines with international advanced levels.
Today, some domestic cigarette making machine models (such as the ZJ119 series) have reached the international advanced level in terms of performance and technical indicators. They not only meet the large-scale production needs of China's tobacco industry but also gain a foothold in the international market with high cost performance, providing core equipment support for the global development of China's tobacco industry.