Print and cut operations always seem simple and easy to process: you just have to print the jobs, send it to the cutter, and finish it.  

But to reach the final result this neatly requires more than just expertese or patience. You can be faced with different issues all at once: a countour line missing, a cut file can be set up with the wrong spot color, registration marks can be misread. 

So these types of files can cause more waste than proper results that can be delivered to customers. And once you start producing more, the waste escalates and becomes a huge amount of money that you will be constantly losing. This is why, in this article, we will introduce you to print and cut automation and how it earns its place in the industry. And when we talk about automation in this context, it doesn’t automatically mean that you will be relying on it during all your productions. Automation helps get rid of the repetitive work and avoid falling into mistakes and errors.  

How would you know that you have a well-designed automation workflow? This can be identified by tracking the level of manual intervention you perform everyday. It is supposed to handle a job from file preparation through contour creation, verification, nesting, printing, and cutting. At the end, you won’t need extra time to fix files, you experience fewer wasted sheets, and a production process you can actually repeat reliably.  

What Is Print-and-Cut Automation? 

Print-and-cut automation connects the steps between the customer’s artwork and the finished piece. In a traditional workflow, an operator might: 

1. Open the artwork. 

2. Check whether a contour path exists. 

3. Create or repair the cut line. 

4. Assign the correct cut color or spot channel. 

5. Check bleeds and registration marks. 

6. Export a print file. 

7. Create a cutter file. 

8. Load the job into the RIP or production software. 

9. Send it to the printer. 

10. Move the printed material to the cutter. 

11. Load the cut job and hope the registration is correct. 

Now, if you do it once, it is strictly manageable. In case you do it dozens or hundreds of times a day, you will only be creating a huge production obstacle. If you adopt an automated workflow, you will turn those individual decisions into a system of rules. The software will identify cut paths, apply predefined settings, flag missing information, prepare production files, and route jobs to the appropriate output device. As a result, operators will not have to rebuild files and correct them. They will spend time on file exceptions if there are any.

Start With the File and Not the Cutter 

It happens that, as printers, we consider treating the cutter as the starting element. This is considered one of the biggest mistakes. It simply cannot be the starting point. This is because the quality of the cut depends on what you’ve done before the file is transmitted to the cutting process. Your files have to be defined properly: what should be printed and what should be cut.  

For example, for a sticker, you need to have a single contour around the outside. In the case of a more complicated job, you can have multiple cut paths, internal holes, perforations, or different finishing operations.

And all these instructions and knowledge are usually carried by operators, so you always need them to be there to configure everything. In case you choose to adopt automation, all this knowledge becomes reusable everytime you need it and operators will have more time to focus on improving the business.  

Build rules around your cut paths 

How Do You Generate Cut Files Automatically? 

To generate cut files automatically, several ways are offered to you, and this depends on the design and the production setup. The simplest approach is to use a predefined contour convention. For example, a dedicated spot color can tell the workflow that a particular vector path is a cutting line. 

The production software can then recognize that path and create the appropriate cutter output without an operator having to redraw it. For files that arrive without a contour, some workflows can generate one automatically. 

This can work particularly well for straightforward shapes, such as: 

• Product labels 

• Decals 

• Stickers 

• Simple packaging prototypes 

• Basic signage 

• Individual graphics with clear edges 

But you should know that automatic contour generation does not happen by magic. Photographic images, shadows, semi-transparent artwork, complex illustrations, and overlapping objects can require more judgement.  You won’t have to automate every decision without any guidance or future vision. You will automate the predictable decisions and flag the jobs that need human attention.  

Contour Verification: Catch the Problem Before You Print 

It’s always annoying to have a missing contour in your files. And it’s even worse if you didn’t detect the problem after you’ve printed 500 sheets. And that’s why you will have to do your contour verification should happen before production.  An automated preflight process can check whether the expected cut path exists and whether it meets your production rules. 

Depending on the software and workflow, you may be able to check: 

• Whether a contour path is present 

• Whether the correct spot color is assigned 

• Whether the contour is closed 

• Whether the path is positioned correctly 

• Whether the cut line extends beyond the printed artwork 

• Whether required bleeds are present 

• Whether multiple cut paths are being interpreted correctly 

• Whether registration information is included 

This is one of the most valuable parts of automation because it gives quality control more importance.  

Instead of discovering a production problem at the cutter, you catch it while the job is still a digital file. 

Preparing Cutter Files Without the Busywork 

Once your file has passed inspection, your cutter will need usable production data. Different software ecosystems may handle things differently when it comes to this. Some workflows generate a dedicated cutter file. Others send cutting information directly through a RIP, print production system, or integrated print-and-cut application. 

Despite all these differences, the systems remains the same. You have to send your cutter clear and simplified instructions. This means that you have to separate the cutting information from those of the files if necessary and make sure the cutter knows which paths correspond to which operations.  

For example, you might have: 

• A kiss-cut path for individual stickers 

• A through-cut path for the sheet 

• A crease or score line 

• A perforation 

• An internal cutout 

If all of those are treated as the same generic contour, the operator has to intervene. If they’re defined systematically, the workflow can assign the appropriate production settings automatically. 

Registration Marks Are Part of the Workflow 

Now, we will talk about registration marks and how important they are in defining your print and cut accuracy. The printed material needs to be aligned correctly with the cutter. That’s where the importance of registration presents itself.

Depending on the equipment, registration systems may use printed marks, barcodes, cameras, sensors, or other positioning methods to determine where the artwork sits on the media.

In this case, Automation can help too. Instead of manually creating registration information for every job, the production workflow can generate it according to predefined settings. This becomes particularly useful when you’re running variable job sizes, nested layouts, or repeated production runs. The less an operator has to manually configure, the fewer opportunities there are to introduce inconsistencies. 

How Do You Eliminate Print-and-Cut Errors? 

You can’t eliminate every error.  You can, however, design your workflow so that common errors are caught before they become expensive. Start by identifying where your current failures occur. 

Start by identifying where your current failures occur. 

Is it usually: 

• Missing contours? 

• Incorrect cut colors? 

• Poor registration? 

• Insufficient bleed? 

• Incorrect scaling? 

• Wrong cutter settings? 

• Files being sent to the wrong device? 

• Manual nesting? 

• Operators using different production settings? 

Then automate those specific points. For example, if operators frequently forget to add bleed, make bleed part of the automated file preparation process. If contours are regularly missing, make contour detection a preflight requirement. If the wrong cutter is selected, use job routing rules. If operators repeatedly rebuild cutter files, create a standard output process. Automation works best when it targets known production obstacles, rather than being added simply because automation sounds impressive. 

Reduce the Number of Decisions an Operator Has to Make 

A useful way to think about automation is to count decisions. Imagine an operator processing 100 print-and-cut jobs. If every job requires five manual decisions, that’s 500 opportunities for inconsistency. If your workflow can turn four of those decisions into automated rules, the operator is left with one meaningful decision per job. 

That is a major difference at production scale. The operator can spend time looking at the jobs that genuinely need attention instead of repeatedly confirming settings that should never have changed in the first place. 

What Software Automates Print-and-Cut Workflows? 

Automation Should Make Production Boring 

That might sound like a strange goal but it isn’t. A good production workflow should be predictable. A job comes in. The system checks it. The correct cut information is identified. Production settings are applied. The print file is generated. The cutter receives the right information.

The operator reviews the exceptions and keeps production moving. That’s the kind of “boring” that printers want. Not exciting software demos. Not another clever workaround. Just fewer surprises at 4 p.m. when you still have three hundred decals to finish. 

A Practical Print-and-Cut Automation Workflow 

For many print businesses, a sensible automated workflow looks something like this: 

1. Receive the artwork: The job enters the workflow through your normal production channel. 

2. Preflight the file: Check dimensions, resolution, color, bleed, fonts, transparency, and other requirements. 

3. Detect or generate the contour: Use existing cut paths where they’re correctly defined. Generate them automatically where appropriate. 

4. Verify the contour: Make sure the path is present, closed, correctly identified, and suitable for cutting. 

5. Apply production rules: Set bleed, registration marks, cut types, nesting, and other required parameters. 

6. Generate the print output: Send the print-ready file to the appropriate RIP or production system. 

7. Generate or pass through the cutter data: Create the required cutter output with the correct paths and operations. 

8. Print: The job is produced using the predefined printer and media settings. 

9. Cut: The printed material moves to the cutter, where registration is established and the predefined paths are followed. 

10. Finish and inspect: The operator checks the finished product rather than spending the entire production cycle manually rebuilding the job. 

The exact software and equipment will differ from shop to shop. The principle doesn’t. Standardize the repeatable work. Automate the predictable decisions. Leave the exceptions to the operator. 

Where Should You Start? 

You don’t need to automate your entire production floor right now. You can start with the job type you produce repeatedly. If you make a large volume of stickers, for example, document exactly what happens from the moment you receive the design to the result you want to get. Notice how it works, take note and write down every manual step.

You can then start asking questions such as: Does a human really need to make this decision every time? 

If the answer is no, you will be able to detect an automation opportunity. Start with one workflow. Make it reliable. Measure how much operator time it saves and how many errors it prevents. Then expand it to the next job type. That’s how print-and-cut automation becomes useful. It handles a series of small improvements that eventually alter how your production floor operates.