Digital printing’s acceleration in the late 2000s was not merely faster than traditional print — it was the only printing segment showing meaningful growth. By Drupa 2008, two categories of inkjet printing had reached commercial maturity for production use, and a third was approaching the prototype stage with major OEM backing. The tagline from manufacturers was aggressive: 1 cent per A4 full-color page, a 10,000-impression cost crossover against offset, and a projection that over 75% of all print jobs would be economically better suited to inkjet.
Inkjet’s Two Mature Applications at Drupa 2008
Category 1 — Variable data transactional printing: Bills, statements, and direct mail. The machines on the show floor included the Kodak VL2000, Screen Jet520, Océ JetStream 2200, Miyakoshi MJP 20V, and Agfa Dotrix. These systems had already proven themselves in production environments where every page carried unique content.
Category 2 — Digital labels: This was identified as the best-fit application for inkjet technology at the time. The list of exhibitors was long: Screen, Mimaki, FFEI & Nilpeter, EFI Jetrion, Epson, Stork, Konica Minolta, and Founder Electronics. Inkjet’s substrate independence — it prints on anything without contact — made it a natural fit for the extreme material diversity of the label industry.
A third category — commercial printing and publishing — was in the prototype-to-early-commercial phase, with heavyweights including the Kodak Stream, HP Inkjet Web Press, Fujifilm JetPress 720, and Screen TruepressJet SX all in development or early deployment.
Label Digital Printing: The Numbers Behind the Shift
The label market’s structural change was measurable. PIRA data captured the inflection:
| Year | Milestone |
|---|---|
| 2005 | Digital label presses reached 10% of global narrow-web installations; 4 billion digital labels printed; sales exceeded $250 million |
| 2006 | Over 200 digital label presses installed |
| 2007 | 7.7 billion digital labels printed; sales reached $500 million |
| 2010 (projected) | Digital presses projected to exceed 20% of new label press installations |
The underlying driver was a fundamental shift in label demand: smaller batches, shorter cycles, and greater personalization. Product lines were multiplying while individual run lengths were shrinking. Conventional flexo and letterpress label presses — optimized for long runs with high setup costs — were structurally mismatched to this new demand profile.
Existing digital label presses at the time were predominantly electrophotographic (laser) systems. Their limitations were well known: high equipment cost, high click cost, limited speed, low throughput, narrow substrate compatibility, and no inline integration capability. Inkjet addressed all of these.
Founder EagleJet L1000: China’s First Digital Label Press
The EagleJet L1000 was China’s first domestically developed, fully proprietary UV inkjet color label press. Its value proposition centered on six use cases that conventional label printing could not serve:
1. Single-label runs. A biscuit manufacturer needing 200 labels on pressure-sensitive stock — with a same-day deadline — could print them on the EagleJet in one to two hours. Conventional label printing for the same job required two to three days, at nearly twice the cost.
2. Batch-label inventory management. Companies with extensive product lines and rapid SKU turnover reduced inventory carrying costs by printing labels on demand rather than warehousing preprinted stock. The economics of label obsolescence — discarding preprinted labels when formulations, regulations, or branding changed — were eliminated.
3. Personalized labels. Variable data printing enabled full-color personalized labels for small-scale promotions and product trials. Bakeries, jewelers, and small restaurants — customers typically priced out of the label market entirely — became viable accounts. One label converter estimated that the EagleJet enabled them to capture 250 additional short-run jobs per week that would have been rejected under the conventional cost structure.
4. Production-accurate label proofing. Digital proofing on the same press that would run the job — not on a separate proofing device with different color gamut and substrate behavior — delivered proofs that were indistinguishable from production output, at a fraction of traditional proofing cost and time.
5. New business category creation. The press opened market segments that had been structurally invisible to conventional label converters. Orders too small to set up a flexo or letterpress press — the “no-quote” segment — became profitable.
6. Cost reduction below 2,000 linear meters or 50,000 labels. This was the economic breakpoint: any label job below this volume was cheaper on the EagleJet than on a conventional press when setup, plate, material waste, and labor were fully accounted for.
The broader trajectory was clear. As one manufacturer stated at the time: inkjet color printing at 1 cent per A4 pushed the cost crossover with offset to 10,000 impressions. At that threshold, the majority of the world’s print volume — not just labels — fell on the inkjet side of the economic equation. Inkjet was no longer offset’s supplement. It was positioning to become the fifth pillar of mainstream printing, alongside offset, gravure, flexo, and screen.
References
- Wikipedia: Inkjet Printing: Overview of inkjet technology, its evolution from consumer to industrial applications, and comparison with electrophotographic printing.
- Wikipedia: Digital Printing: Market data, technology comparison, and the shift from conventional to digital in labels and packaging.
- Wikipedia: Label Printing: Label printing technologies, market structure, and the economic drivers behind the shift to digital.
- Wikipedia: Variable Data Printing: Technical explanation of VDP — the capability that makes digital label and transactional printing economically viable.
- Flexible Packaging Association (FPA): Industry association covering flexible packaging and label technology, market data, and conversion trends.