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The packaging industry is experiencing strong demand for capacity expansion, and Fasbond gravure printing machines have become the core equipment for upgrading production capacity.
In recent years, the rapid growth of the e-commerce and logistics industries has spurred a surge in demand for packaging and printing. As companies expand their production capacity, the need for high-efficiency printing equipment has become particularly urgent.
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2025
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High-precision printing has become an essential industry requirement, and Fasbond gravure presses deliver precise overprinting across a variety of applications.
In packaging fields such as apparel, food, and advertising, the accuracy of pattern reproduction directly affects product appeal; therefore, high-precision overprinting technology has become a core competitive advantage for printing equipment.
Smart printing technology is undergoing a revolutionary transformation—Fasbond’s 28 years of accumulated expertise have paved the way for highly efficient gravure printing solutions.
Currently, the printing and packaging industry is accelerating its transformation toward intelligent and high-speed operations, with core technologies such as servo drives and fully automatic color registration becoming key to enhancing equipment competitiveness.
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With tightening environmental policies, Fasbond’s pure-water gravure printing machines are setting a new trend in green manufacturing.
As environmental protection requirements become increasingly stringent, the substitution of water-based inks for traditional solvent-based inks has become an inevitable trend in the printing industry. Guangdong Fasibang Intelligent Technology Industrial Co.,Ltd, closely following policy guidelines, has developed the FSB800 electronic-axle gravure printing machine that uses an infrared-sealed oven. This machine is environmentally friendly and energy-efficient, with a printing speed ranging from 300 to 500 meters per minute. Equipped with a degassing function for bulk ink and a take-up cooling design, it effectively reduces waste and prevents ink adhesion issues.
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The history of the printing press
The invention and development of the printing press has played a significant role in the dissemination of human civilization and culture. In 1439, Gutenberg of Germany made a wooden relief printing press. This vertical, screw-type hand-operated printing press, though simple in structure, remained in use for 300 years; in 1812, Koenig of Germany produced the first flat-bed rotary printing press; in 1847, Hoe of the United States invented the rotary printing press; in 1900, a six-color rotary printing press was produced; and in 1904, Rubel of the United States invented the offset printing press.
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What is the control principle of an intaglio printing press?
The tension zones of an intaglio printing press can be divided into three areas: unwinding tension zone, printing tension zone, and slitting tension zone. The unwinding tension zone includes the tension control from the paper core to the feed tension roller in the guide group; the printing tension zone includes the tension control from the feed tension roller in the guide group to the delivery tension roller in the printing group; the slitting tension zone is from the delivery roller in the printing group to the slitting tension roller. For intaglio printing presses without a slitting group but only a rewinding group, the slitting tension zone includes the area from the paper tension roller to the rewinding shaft.