Why the Future of Packaging Print Looks More Like Software Than Hardware
- Published: February 27, 2026
By Lon Riley, Founder & CEO of DPI Laboratory
For many years, packaging teams tracked print innovation by three numbers: speed, resolution, and color. That made sense when most programs relied on long runs, stable SKUs, and predictable changeovers.
That world is fading. Today, consumer packaged goods brands, private label manufacturers, and co-packers deal with something very different. SKU counts climb while average run length shrinks. Retailers ask for special versions. Marketing pushes seasonal and regional campaigns. At the same time, regulatory and sustainability requirements change often and not always in the same way for every market.
Digital and ultraviolet (UV) inkjet systems already play a big role in handling this complexity, especially for labels and direct decoration. In many plants, though, the main bottleneck is no longer inside the print engine. It sits in everything that happens before the job hits “print” and after the parts leave the conveyor. As a result, packaging print starts to feel less like a single machine and more like part of a software-driven manufacturing system.
In a software-first setup, all the regulatory copy, ingredient lists, barcodes, and brand assets live in one system instead of being scattered across email threads and shared drives. Image courtesy of DPI Laboratory
From Standalone Machine to Connected Node
On many packaging lines, digital or UV printers still behave like smart appliances. An order lands through an online portal or Enterprise Resource Planning system (ERP). Someone pulls or adjusts the artwork. Someone else creates a job ticket. An operator builds a queue on the press. Finished parts then move through to inspection, packing and shipping.
In a connected setup, printing becomes just one step inside a larger system, instead of a stand-alone station. Orders arrive with structured information about SKU, customer, region, regulatory requirements and due date. A workflow platform pulls or builds the right print file and applies rules for content, layout and language. The printer receives a defined job with artwork, color profile, substrate, print mode and curing parameters. The line gets barcode- or screen-based instructions for materials, fixtures and packing. At the same time, the system tracks setup time, throughput, scrap and rework as the job runs.
The press is still critical. The difference is that the real leverage comes from the software that tells it what to run and shows how that work performs.
Why Packaging Operations Need a Software-First Approach
Packaging teams sit at the crossroads of brand, regulatory and production work. Every year that job gets a little messier: more SKUs, shorter runs, and tighter expectations around traceability and sustainability.
Digital and UV printing can already handle short runs and on-demand jobs. The real headache is keeping the data straight. In a software-first setup, all the regulatory copy, ingredient lists, barcodes, and brand assets live in one system instead of being scattered across email threads and shared drives. The system builds press-ready templates from that pool, so layout goes faster and you are less likely to send the wrong file to the press.
From there, scheduling tools can route jobs by substrate, ink set, capacity and due date, not just whatever stack of work happens to be in front of the operator. Once teams treat printing as a repeatable workflow instead of a series of one-off steps, they can add SKUs without wrecking schedules or quality.
Order-to-print integration means orders carry structured data defining what to print, on which material, in which language and when it has to ship.
What Software-Driven Printing Looks Like on the Line
Most plants already own parts of this picture: ERP systems, artwork management tools, and production dashboards. The real change comes when those tools share data and talk to each other.
Order-to-print integration means orders carry structured data, not just an open text field that says “new holiday version.” That data defines what to print, on which material, in which language, and when it has to ship. The workflow platform uses that information to build print jobs automatically and cut down on re-keyed details.
You can use the same rule set to drive both layouts and production flow. When a line shares a common structure across flavors or markets, a template locks in logo placement, nutrition facts, and regulatory text. Flavor names, claims, and languages change as needed. A workflow engine then sequences jobs across printers or lines, groups work by substrate or fixture to reduce changeovers, and prioritizes by ship date or customer. Dashboards track jobs in queue, in process, and completed, and build a record of setup time, run time, waste, and exceptions by job and SKU.
Rethinking Print Equipment Decisions
A software-first view does not make the press itself less important. Packaging still has hard requirements for adhesion, durability, food safety, and color consistency, and the press has to meet those.
What changes is how teams evaluate new equipment. Beyond speed, resolution, and supported materials, teams now look at how well a printer connects to existing workflow, Manufacturing Execution System (MES), or ERP system. They also ask what data it can send and receive, and whether job setup and reporting can be automated instead of rebuilt by hand.
Those questions turn the decision from “Which press do we buy?” into “How will this fit and perform in our line over the next decade?”
A Practical Path Forward
You do not have to rebuild everything at once to move toward software-driven printing. Many teams start by mapping the current process from order to shipment for a small set of representative SKUs and circling every point where people re-enter information or rely on “the way we’ve always done it.” From there, they can standardize digital assets and job definitions so artwork, content, and settings are consistent and reusable. They can pilot order-to-print connectivity for one contained part of the business, such as a seasonal program or a single customer with frequent design changes. They can also add workflow and data questions to every equipment evaluation, so new investments support integration and reporting, not just higher print speeds on a spec sheet.
As plants add more robotics, sensors, and traceability tools, printing tends to move in the same digital direction. Digital and UV systems already tie design, materials, and data together, so it makes sense to treat them like software-driven equipment instead of “just the printer.” In that setup, printers follow digital instructions and connect to upstream order and artwork systems. They also feed data into inspection, packing, and shipping, which makes day-to-day planning and sustainability reporting much easier.
About the Author

Lon Riley is the founder and CEO of DPI Laboratory, a Florida based engineering company that builds UV printing systems and workflow software for packaging, industrial, and direct to object applications. He has spent his career working at the intersection of chemistry, mechanics and software in the print and manufacturing industries. For more information, please visit https://dpi-lab.com/.
