Digital Label Printing: Complete Guide for Manufacturers

For label manufacturers, investing in a new printing technology is rarely a simple equipment decision. The more important question is whether the technology fits the factory's existing order structure.

A manufacturer producing long runs of standardized labels may have very different priorities from a converter handling frequent artwork changes, multiple SKUs, short production runs, or variable information. This is where digital label printing becomes worth evaluating.

Rather than asking whether digital printing is better than flexography, buyers should ask a more practical question: Which printing process is better suited to the jobs my factory actually receives?

This guide examines the main factors behind that decision, including short runs, variable data, production cost, label press selection, and workflow integration.

Why Are More Label Manufacturers Evaluating Digital Printing?

The economics of label production are changing as customers increasingly request smaller batches, more product variations, customized content, and faster turnaround.

For a traditional high-volume workflow, producing large quantities of the same design can make sense. But frequent changes in artwork or specifications can introduce additional preparation and setup requirements.

A digital label printer approaches the job differently by working from digital files rather than relying on a conventional plate-based setup for each design. This can make digital production particularly relevant when a factory has many different jobs but relatively limited quantities for each one. Industry label producers commonly position digital printing around short runs, variable data, multiple designs, and quick-turnaround work.

The important point for buyers is that digital printing should be evaluated according to order structure, not simply because it is a newer technology.

Digital vs Flexographic Label Printing: Which Fits Your Orders?

The most common purchasing question is digital vs flexographic label printing.

Flexographic printing remains highly relevant when production consists of repeat orders, stable artwork, and relatively high volumes. Once the setup and tooling costs are distributed across a larger quantity, the production economics can become attractive.

Digital printing changes the equation when order quantities become smaller or designs change frequently. Because the job can be sent to the printer digitally, manufacturers can reduce the dependence on traditional plate preparation for every new design.

This creates two different production models:

The table should not be interpreted as a universal rule. Actual economics depend on the press, substrate, number of colors, finishing requirements, order volume, and factory workflow.

Short Runs: Where the Production Model Changes

Short runs can create a particular challenge for label manufacturers.

Imagine a customer needs several versions of a label, but each version has a relatively small quantity. The factory still has to prepare the job, change materials, process the artwork, print, inspect, and finish the labels. If the production process requires significant preparation for each version, the smaller order can become less attractive.

This is one reason digital label printing is frequently considered for short-run and multi-SKU work. Digital label producers commonly use the technology for prototypes, seasonal products, limited editions, and smaller production quantities.

For buyers, however, "short run" should not be defined by an arbitrary quantity.

Instead, calculate the total cost and production time per job, including setup, material waste, labor, printing, and finishing.

A short run that appears expensive under one process may become reasonable under another once the entire workflow is considered.

Variable Data Is More Than Personalized Names

Variable data can be another important reason to consider a digital label printer.

Some manufacturers need labels containing different serial numbers, QR codes, dates, batch information, barcodes, product information, or other changing content. In these applications, producing every variation as a completely separate static design can complicate the production workflow.

Digital printing allows changing information to be incorporated into the print workflow without treating every variation as an entirely separate conventional printing job. Industry applications include sequential numbering, barcodes, QR codes, batch information, and multiple versions of the same label.

For a buyer, the key question is therefore not simply:

"Does this press support variable data?"

A better question is:

"Can the complete workflow process my variable data reliably from file preparation through final production?"

That means evaluating the software, file handling, data verification, printing, inspection, and finishing processes together.

Is Digital Label Printing Really Cheaper?

Cost is where many purchasing decisions become overly simplified.

Digital printing does not automatically mean a lower cost for every label order. Likewise, flexographic printing is not automatically cheaper simply because it is designed for high-volume production.

The correct comparison is job economics.

A buyer should calculate:

Total Job Cost = Setup + Material + Ink + Labor + Machine Time + Finishing + Waste

Then compare the same job under different production methods.

For a small order with multiple designs, eliminating or reducing certain setup requirements may have a meaningful effect on the total cost. For a large repeat order, the economics can shift because the initial setup cost is distributed across a much larger number of labels.

This is why manufacturers should avoid making purchasing decisions based solely on "cost per label."

The more useful metric is:

Total production cost ÷ sellable labels produced

That calculation gives the factory a better basis for comparing a digital label press with an existing flexographic process.

How Should You Select a Digital Label Press?

Once a manufacturer decides that digital production is worth investigating, the next challenge is choosing the right digital label press.

The first step should be defining the production requirements.

Start With Your Substrates

What materials do you actually print?

Label production may involve paper, films, and other specialty materials. The suitability of a press depends on its ink system, printing technology, material handling, and the specific substrate.

Do not rely exclusively on a manufacturer's statement that a machine supports a particular material. Send representative production substrates for testing.

Analyze Your Job Mix

Review several months of orders and categorize them by:

l Quantity per order

l Number of SKUs

l Artwork changes

l Repeat orders

l Variable-data requirements

l Substrate

l Finishing requirements

This will show whether your factory has a genuine digital-printing opportunity or simply needs more capacity for existing high-volume work.

Evaluate Actual Production Output

Advertised press speed is only one part of production capacity.

Actual output can be affected by job changes, material loading, artwork apreparation, inspection, finishing, and other workflow requirements.

A digital label press should therefore be tested using representative jobs rather than evaluated from maximum speed alone.

Do Not Forget the Production Workflow

Installing a digital printer does not automatically create a digital production workflow.

Before purchasing a digital label printer, buyers should map the complete process:

Customer order → Artwork/prepress → Data preparation → Printing → Inspection → Finishing → Rewinding/Sheeting → Delivery

The purpose of this exercise is to identify where the new machine will actually save time or create additional work.

For example, if printing becomes faster but prepress requires extensive manual intervention for every SKU, the expected productivity improvement may not materialize.

The same applies to finishing. A printer that fits the production process well on its own may still require changes elsewhere in the factory.

Should You Replace Flexo With Digital?

For most manufacturers, this should not be the first question.

A more useful approach is to divide existing orders into categories.

High-volume, repeatable jobs can continue to be evaluated through the economics of flexographic production.

Short runs, frequent artwork changes, multiple SKUs, and variable-data jobs may be candidates for digital production.

This creates a more practical digital vs flexographic label printing strategy: rather than forcing every order through one technology, the factory assigns each job to the process that makes the most sense economically and operationally.

Some label manufacturers already use both technologies to cover different production requirements.

What Should Buyers Test Before Purchasing?

Before investing in a digital label press, buyers should prepare actual production samples.

A meaningful machine evaluation should include:

l Your regular label substrates

l Typical artwork

l Small and medium production quantities

l Multiple SKUs

l Variable data where required

l Typical color requirements

l Actual finishing specifications

l Production files used by your prepress team

The goal is not simply to determine whether the machine can print the label.

The goal is to determine whether the entire production process works for your factory.

The Right Printing Technology Depends on the Job

There is no universal winner in digital vs flexographic label printing.

Flexography remains an important production method for manufacturers with high-volume, repeatable work. Digital printing becomes particularly interesting when the factory needs more flexibility around short runs, multiple designs, variable data, and changing customer requirements.

For buyers considering digital label printing, the best starting point is therefore not a machine brochure. It is the factory's own order data.

Analyze your job volumes, SKU count, substrate requirements, setup costs, variable-data needs, labor, finishing, and utilization. Then test representative jobs on the shortlisted equipment.

A digital label printer should ultimately be evaluated as part of the production system, not as an isolated piece of equipment.

For manufacturers, the right investment is the one that solves a measurable production problem and fits the economics of the orders the factory actually wants to win.

Click our link to learn more and request your free printed sample.