Will continue to grow over the next 5 years! What is the current state of the electrostatic imaging printing market?

Electrostatic imaging printing (EP) technology was invented by Chester Carlson in 1938. Xerox introduced the first electrophotodry plain paper copier in 1959. The introduction of Xerox's DocuTech digital printing system in 1990, followed by the introduction of the Indigo Eprint and Xeikon continuous paper presses in 1993, drove the development of production electrostatic imaging printing and led the transformation of the printing industry from traditional offset, flexo, and gravure to digital printing over the past three decades. With inkjet printing and even digital offset printing and flexo printing gradually seizing market share, the development speed of electrostatic imaging printing technology seems to have slowed down, but there is still room for growth and innovation in this field, so electrostatic imaging printing technology may be with us for a long time.

Market growth trend

For decades, the field of electrostatic imaging printing has been receiving investments and innovations. In fact, even in the face of competition from inkjet printing and traditional printing, electrostatic imaging printing technology can still maintain growth, thanks to a number of key factors: first, as a mature technology, its problems in media adaptation and post-processing have been gradually solved; Second, the initial cost of equipment is lower than that of most other technologies, lowering the entry threshold for the industry. While there are limitations in terms of speed and paper width, these limitations are being mitigated by supporting long web formats and optimizing imaging engine performance, among other things.

Looking ahead, the global electrostatic imaging printing market is expected to grow at a compound annual growth rate (CAGR) of 1.9% between 2025 and 2035, implying an expansion of approximately 21% within a decade. Although this indicates that the market is growing relatively slowly and has entered a mature stage, the global electrostatic imaging printing market size is still expected to reach approximately $11.24 billion by 2034. The market share erosion of electrostatic imaging printing is more obvious in large-volume applications such as direct mail and transaction documents.

Today, the core application areas of electrostatic imaging printing are concentrated in the following industries:

(1) Enterprise and office printing: transaction documents, business communication documents, manuals and reports covering enterprise office, banking, insurance, government and other fields. With fast turnaround, reliability, and cost-effectiveness for monochrome and color documents, electrostatic imaging printing continues to dominate in this field.

(2) Commercial printing and professional printing shops: widely used in brochures, catalogs, bookmarks, banners, commercial brochures and other high-quality printing businesses that require high clarity and durability;

(3) Packaging and label printing: The usage rate is increasing in product packaging applications such as labels, cartons, and folding boxes, especially suitable for scenarios that need to meet regulatory compliance, durability, and fast delivery requirements.

(4) Education and medical field: suitable for economical printing needs of textbooks, forms, legal documents and medical records.

Technological innovation and breakthrough development

Electrostatic imaging presses are mainly divided into liquid toner type (represented by HP Indigo) and dry toner type (used by most other manufacturers), while they are divided into sheetfed and web printers according to the paper supply method - web printers are more productive but slightly less flexible in application.

HP Indigo occupies an important position in the electrostatic imaging printing market: since its launch in 1993, it has installed more than 10,300 units worldwide, covering 4,500 customers in 120 countries, including about 2,000 presses for labels and packaging. According to IDC 2024 data, HP Indigo accounts for 51% of the digital printing machine market, and its B2 format printing machines (including HP Indigo 10000 for commercial printing, HP Indigo 20000 for web and HP Indigo 30000 for packaging) have been installed. In the field of labels, relying on the 6K series and the pioneering V12 model, its printing machine installation exceeds 2,500 units, with a market share of 50%; In the field of flexible packaging, with more than 400 installations, it has become a market-proven mainstream solution.

HP Indigo V12 Digital Press



01

Speed Improvement



Although most electrophotographic press manufacturers have also launched production inkjet printing products, they are all improving the productivity of electrophotographic presses by increasing speed and optimizing the intelligence of new integrated operating systems-because electrophotographic printing, as an important part of the printing technology mix, has an urgent need for performance enhancement.



Recently, several new electrophotographic presses have been unveiled, showing significant performance leaps. For example, the HP Indigo 5 Series press has a 30% speed increase compared to the 4 Series; its V12 label press uses the new 6 Series inline printing architecture (rather than the traditional shared impression cylinder printing architecture), with a rated speed of up to 120 meters per minute and support for up to 12 ink stations.



The Xeikon SX3000 web press has improved performance by 30% compared to previous products through platform redesign. The new SIRIUS platform has made hardware modifications and design optimizations in aspects such as substrate pre-treatment, printing units, fusing, and cooling systems, achieving operating speeds of up to 30 meters per minute (equivalent to 404 A4 pages per minute).



In the field of web label printing, the Konica Minolta AccurioLabel 400 is one of the fastest electrophotographic label presses, with a maximum printing speed of 40 meters per minute.



Not long ago, the maximum speed of most full-color sheet-fed electrophotographic presses was between 80 and 100 pages per minute; for devices that support double-sided printing, the speed usually halved. Today, we see a significant performance improvement in this type of equipment. For example, the Canon imagePRESS V1350 has a maximum printing speed of 135 pages per minute, the Canon varioPRINT 6000 (Titan) black-and-white press reaches a maximum speed of 320 pages per minute; the Konica Minolta AccurioPress C14000 (e) series prints at 140 pages per minute; the Ricoh Pro C9500 (also sold under the Heidelberg Versafire EP name) has a maximum speed of 135 pages per minute; the Fujifilm Commercial Innovation IridesseTM (Revoria PressTM PC1120) reaches 120 pages per minute, and its IGEN 5/150 model can reach 150 pages per minute.

Ricoh Pro C9500

02

Comprehensive Performance Optimization

Beyond speed, improving the overall equipment effectiveness (OEE) of the device has become a key focus of technology research and development. The core optimization directions include:

(1) Media Adaptation and Stable Paper Feeding: Whether conveying lightweight coated paper, heavy packaging media, envelopes, or magnetic materials (each with its unique characteristics), it affects the paper feeding and imaging process; duplex printing makes potential issues even more complex, especially as high-end single-sheet electrostatic imaging printers increasingly support 24-inch and longer sheets.

For example, Canon POD DECK F1 uses an all-pneumatic paper feed system with excellent separation performance. It can handle various materials from lightweight paper to heavy packaging media, envelopes, magnets, etc. Even if double sheets are fed, it can automatically divert problem media to the waste tray, allowing continuous printing without operator intervention.

(2) Precise Registration Control: Konica Minolta AccurioPress C14000 is equipped with the IQ-501 Intelligent Quality Optimizer, which can automatically adjust front and back registration before printing, ensuring that images are precisely aligned on both sides of the paper, minimizing registration deviations and manual intervention. Ricoh has also launched a new paper transfer unit specifically designed to improve front and back registration, further enhancing alignment accuracy.

Konica Minolta AccurioPress C14000

(3) Color Stability Assurance: Nowadays, most electrophotographic printing presses achieve precise color control through built-in online spectrophotometers. For example, the Ricoh C9500 is equipped with an automatic color diagnosis unit that monitors print output in real-time and automatically adjusts color deviations. The Canon imagePRESS V1000 comes with a built-in densitometer that automatically measures 20 color patches (20%, 40%, 60%, 80%, and 100% density for each primary color) every minute (or every 102 pages); the imagePRESS V1350 performs this measurement between each image, and if a color is detected outside the tolerance range, the printer will automatically adjust it in real time. Additionally, this series supports media calibration, creating custom media profiles, calibration according to G7 standards, and even verification checks for multiple color standards. The Ricoh Image Quality Monitor (IQM) offers seven optional detection levels, automatically comparing data processed by the raster image processor (RIP) with scanned print samples to identify and correct issues. Users can also adjust glossiness based on media and print requirements and perform fully automatic color registration to maintain image alignment and clarity. The Konica Minolta AccurioPress C14000 ensures color consistency in long print runs through continuous measurement and correction of printed colors, automatically detecting issues such as color deviation and streaking.

Canon imagePRESS V1350

03

Expand color capabilities

Today, printing has become a true value-added means of communication, and with the help of new digital tools, value-added printing is becoming mainstream. Fujifilm Business Innovation IridesseTM is the first to feature the CMYK EA-Eco toner and vertical cavity surface emission laser (VCSEL) imaging process, with two additional workstations for special effects processing. The two additional ink stations can be equipped with a variety of specialty toners, including clear, pink, gold, silver, white, as well as high gloss index gold and silver metallic toners to achieve three-dimensional effects with multiple prints. Fujifilm Business Innovation is also supporting extended color capabilities in four new entry-to-mid-range color production presses in the Revoria series, including the Revoria Press EC2100, EC2100S, SC285, and SC285S, which also feature CMYK EA-Eco toner and VCSEL imaging technology with a resolution of up to 2400 dpi. In the near future, other electrostatic imaging printing manufacturers are expected to introduce more devices that support extended color capabilities.

Printing technology does not stand still. The digitalization and automation of offset printing technology have further enhanced its competitiveness with digital printing technology; Production inkjet printing technology continues to advance in terms of quality and productivity, and a number of new products have been unveiled one after another. However, in this context, electrostatic imaging printing technology is also experiencing a new period of technological growth, so it will maintain strong market vitality for a long time to come.