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This guide teaches signmakers how to keep their flatbed printers running at peak performance. It covers preventive maintenance, cleaning routines, and software tools to reduce downtime and extend printer life.
So, you’ve decided to invest in a flatbed printer. Maybe you've already chosen your model, or you're deep in the comparison stage. Either way, you’re on the verge of a serious upgrade—not just in technology, but in capability. But integrating a flatbed into your signmaking workflow is a bit different than installing a roll-to-roll printer. It’s not just where the printer fits in your space—it’s about how it changes your production, materials, and even pricing structure.
In Belgium and the Netherlands, where signmakers are under pressure to deliver quickly, creatively, and cost-effectively, adding a flatbed printer can be a transformative move. It gives you direct-to-rigid capability, eliminates mounting, and opens up profitable new markets. But it also introduces new processes: media handling, artwork setup for layers, white ink workflows, and board logistics.
This post will guide you through what to expect—technically, operationally, and financially—when introducing a flatbed into your shop. We’ll cover everything from layout planning to onboarding your team. And if you’re still choosing your printer, check out our guide on how to select the right flatbed model or explore flatbed ROI calculations to make sure the numbers add up.
First things first: space. A flatbed printer, even a compact model like the Mimaki JFX200-1213EX, requires more room than your average solvent or latex printer. Why? Because you're working with large, rigid boards—and you need clearance on all sides for safe loading, unloading, and inspection.
Most full-size beds measure around 250 × 130 cm, but you’ll want to add at least 1 metre of working space on the front and back for movement. If you’re planning tandem printing or double-sized boards (e.g. on a JFX600-2531), you’ll need even more. Also, consider media storage—rigid sheets take up more room than vinyl rolls and should be kept dry, clean, and flat to prevent warping.
Ventilation is another factor. While UV inks are low in VOCs and safe for indoor use, proper air circulation is still recommended—especially if you're also using primer or adhesion promoters. Luckily, most flatbeds supported by Dimix come with LED curing and low-odor ink systems that are compliant with EU indoor safety standards.
Lastly, think through material flow. A good practice is to separate your loading and unloading areas, and if space allows, install a clean area for substrate cleaning and pre-treatment. It might sound like a lot—but many Benelux shops find the shift surprisingly intuitive once the first few jobs are complete.
Once your flatbed printer is installed, the real work begins. Don’t expect to be running full client jobs on day one—the learning curve is real, but manageable with the right support. Most signmakers spend the first week focusing on calibration, test prints, and team training. If you’re working with a trusted supplier like Dimix, this phase includes guided onboarding: media handling, maintenance routines, and RIP software configuration.
Start with basic CMYK prints on foamboard or PVC. Once your team is confident with flatbed loading and alignment, begin exploring layered jobs with white ink or varnish. This is where new RIP functions—like spot channel setup and multi-layer print ordering—come into play. Your designers may need to adjust file preparation habits, especially for textured prints or second-surface work on glass.
Here’s a pro tip: don’t immediately apply your roll-to-roll pricing model to flatbed jobs. Many new flatbed owners undercharge at first because they treat board printing like vinyl work. But the added value (and client expectations) are higher. Take time to evaluate your costs and position your services appropriately—our post on calculating flatbed printer ROI can help with that.
You’ll also likely tweak your workflow. For instance, jobs that once required print-laminate-mount become single-step direct-to-board. That’s a win, but it might change how you schedule or allocate staff. Embrace these small changes—they’re signals that you’re moving toward a leaner, more profitable workflow.
One of the biggest changes when integrating a flatbed printer into your business is how you prepare artwork. With roll printers, most jobs are straightforward—CMYK on a white surface, sized for the roll. But with flatbeds, especially those offering white ink, varnish, or primer, you need to think in layers and spot channels.
Let’s say you're printing on clear acrylic for a backlit retail sign. You’ll probably want to lay down white behind the CMYK image, and maybe clear varnish on top for a glossy finish. That means your artwork file needs three layers, correctly aligned and named for your RIP to process them properly.
Software like RasterLink (Mimaki) or VersaWorks (Roland) makes this easier, but your design team will need to get comfortable with:
The shift might feel technical at first—but once mastered, it becomes second nature. And it’s worth the effort: clients love the effect of varnish highlights, layered prints, and backlit brilliance. You just need to build in a little extra time for file prep—and maybe standardise a few templates to save time later.
Curious about what these layered effects can look like? Our guide to white ink and texture effects has some great visuals and use-case breakdowns.
Unlike roll-to-roll printers that can run unattended for long stretches, flatbed printers require a bit more attention during and between jobs. This isn’t a drawback—it’s part of what makes them capable of higher-precision work on a wider range of substrates. But if you’re adding a flatbed to your workflow, you’ll want to build a few new habits into your team’s routine.
Most flatbed printers come with automated nozzle checks and cleaning routines. For example, models like the Mimaki JFX200-2513EX or Roland IU-1000F include nozzle recovery systems and white ink circulation to reduce downtime and avoid pigment settling. That said, manual inspections and wipe-downs—especially of printheads and vacuum zones—should still be part of your daily maintenance checklist.
Here are a few key things to include in your flatbed routine:
With a bit of structure, you’ll avoid most issues before they happen. And if you’re working with Dimix, you can expect not just installation training but long-term support—whether it's remote diagnostics or next-day on-site service across Belgium and the Netherlands.
Bringing a flatbed printer into your signmaking shop isn’t just an equipment upgrade—it’s a workflow evolution. It changes how you quote jobs, how your team prepares files, how you move materials, and how quickly you deliver premium products. But unlike some tech upgrades that come with a painful adjustment period, flatbed integration delivers value fast—especially if your shop already does a mix of vinyl and rigid media.
Within a few weeks, most shops find they’re saying “yes” to jobs they used to turn down—glass signs, wooden décor, premium packaging samples. And instead of outsourcing those jobs or layering vinyl on panels, they’re producing finished pieces in a single step with better colour, adhesion, and durability.
If you plan carefully, train your team, and partner with a reliable supplier like Dimix, the shift is smooth—and the payoff is substantial. You’re not just integrating a printer—you’re laying the foundation for your next phase of growth.
Not sure which model fits your floor plan or workload? Check out our blog on choosing the right flatbed printer. And for a look at the exciting creative work that flatbeds make possible, don’t miss our 10 creative flatbed applications post.