The Five Major Innovative Technologies in the Printing Industry

　　With the advancement of technology and continuous innovation, the printing industry is constantly introducing new technologies. Let’s take a closer look below.

　　B2‑size digital printing

　　For a long time, print format has been one of the key factors limiting the widespread adoption of digital printing. However, at drupa 2012, B2‑format digital printing technology took center stage: it not only expanded the web width of digital presses and boosted productivity but also enhanced their ability to print on a wider variety of substrates, thereby extending digital printing’s reach into the broader packaging‑printing market. Today, numerous equipment manufacturers offer B2‑format digital presses, including HP, Fujifilm, Konica Minolta, Komori, and Screen. In China, Huicai and Dongguan CTPS have also introduced B2‑format printers. It is reasonable to expect that B2‑format digital printing equipment will play a significant role in driving growth in digital‑printing volumes over the coming years.

　　High-speed inkjet printing

　　In recent years, high-speed inkjet printing technology has achieved remarkable success, both in terms of underlying principles and commercial applications. At drupa 2012, some even remarked that “the world is all about JET.” From the supply side, established international vendors such as HP, Kodak, and Screen have introduced mature systems, while Founder, a leading domestic player in digital printing, has also launched well‑developed equipment. On the application front, high-speed inkjet printing has already found practical use within China: a number of printing companies—including Henan Xinhua, Hucolor, and Jingshi Printing—have begun leveraging this technology for on-demand publishing and print‑on‑demand services. In this competition, several enterprises even employed high-speed inkjet printers to produce Xuan paper. Overall, although the technology currently faces challenges such as market saturation and high consumable costs, we remain confident that, in the future, it will drive profound fragmentation and consolidation across industry segments.

　　Digital post-press connectivity

　　Inline digital post‑press refers to a technology that accepts the JDF standard file format, enabling seamless sharing of job data across prepress and print‑finishing stages and allowing various post‑press processes—such as short‑run jobs and personalized print runs—to be completed online. Compared with offline digital post‑press, inline digital post‑press not only delivers substantial gains in production efficiency but also helps companies reduce waste and boost profitability. As digital printing becomes increasingly widespread, how can businesses leverage differentiation to compete, and how can they achieve highly efficient digital‑printing operations? Inline digital post‑press is an excellent solution. Today, inline digital post‑press equipment is well‑established and boasts exceptional compatibility, even supporting mixed‑brand configurations. For example, the HAOLE HSB8000 saddle‑stitching line integrates seamlessly with MBO folding machines, while direct interfacing between digital presses and post‑press units from different manufacturers is becoming ever more common. On the application front, China’s Phoenix Media has already achieved integrated production linking its high‑speed inkjet printing system, book‑block manufacturing system, and the Precision Da Digital Robot 200B. Similarly, this year’s award‑winning Beijing Zhendan Film Culture Development Co., Ltd. has successfully connected its MBO equipment with a high‑speed inkjet printer. The future trajectory of post‑press equipment will undoubtedly emphasize IT integration, higher efficiency, and greater flexibility—and inline digital post‑press technology epitomizes this trend, with limitless potential for further development.

　　Offset printing with in-line cold foil stamping

　　Cold foil stamping in offset printing may not be a new technology, but in recent years—particularly since 2012—it has overcome major technical hurdles, resolving the longstanding issues of low foil utilization and high costs that once constrained its development. Today, it seamlessly integrates cold foil stamping with offset printing, delivering high‑quality, high‑speed offset output alongside distinctive surface finishing effects achieved through cold foil. This not only redefines and surpasses the results of traditional hot foil stamping but also ushers in a new value‑added model for offset printing. Currently, leading offset press manufacturers such as Heidelberg, Manroland, KBA, and Komori have all introduced mature solutions. Packaging and printing companies—including Huaicai and Jiangsu Aotu Color Printing—are among the first to adopt this technology, producing high‑value‑added packaging products.

　　Multi-station hot stamping

　　Multi‑station hot stamping is an innovative technology that enables two or more hot‑stamping operations to be completed in a single pass. It evolved from single‑station hot‑stamping and currently comes in three configurations: two‑station, three‑station, and four‑station systems. The key advantage of this technology is its ability to perform, on a single machine, production tasks that previously required several standalone hot‑stamping presses. This not only reduces energy consumption but also boosts efficiency. At present, manufacturers such as Bost, Tianjin Changrong, Beijing Jincail Precision Machinery, and Shanghai Berner Yahuа have all introduced equipment of this type. In the market, tobacco‑packaging printers like Chongqing Hongjin and Yuxi in Yunnan have already begun adopting these systems. As product packaging becomes increasingly diversified and complex, multi‑station hot stamping, as a highly efficient and energy‑saving technology, is poised to unlock substantial growth potential.