When you’re comparing wide format printers, speed is often one of the first specifications you’ll look at.
Manufacturers typically highlight figures in square metres per hour, and on paper, those numbers can make one machine look significantly faster than another. However, wide format printer speed is not always as straightforward as it appears. The headline figures are the ideal scenario and rarely reflect how a printer performs in a real production environment.
To make the right decision, it’s important that you understand what those numbers actually mean and how they translate into day-to-day output.
What Does m² Per Hour Actually Represent?
Most manufacturers quote speed using m² per hour printing figures. This represents the maximum area a printer can produce within an hour under specific test conditions. The key point here is that these conditions are often based on high-speed, low-quality print modes. These modes are designed to demonstrate the upper limits of the machine, rather than the settings you would typically use for customer-facing, high-quality work.
In practice, most jobs require higher spec settings, which reduce the achievable speed. As a result, the headline figure should be seen as a benchmark rather than a realistic expectation.
The Role Of Print Modes And Pass Count
One of the most important factors affecting printer production output is pass count. Pass count refers to how many times the printhead moves over the same area to build up the image. A higher pass count results in better quality, smoother gradients and more consistent colour. However, it also reduces speed because the printer is making more passes.
Lower pass counts increase speed but can introduce issues such as banding, reduced colour density or visible inconsistencies, particularly on detailed graphics. In real-world production, most businesses find a balance between speed and quality. For example, a high-quality vehicle wrap or display graphic will typically be printed in a higher pass mode, while lower-priority work may use faster settings.
How Media Type Affects Performance?
Different materials require different levels of ink, drying behaviour and handling adjustments. For example, printing onto vinyl for vehicle graphics often requires slower speeds to ensure proper ink adhesion and colour consistency. Heavier materials or specialised substrates can also affect feed stability, which may require the printer to operate more slowly to maintain accuracy.
Because of this, the same printer may produce very different output speeds depending on the material being used. Understanding how a machine performs on your most common media types and which machine is likely to work most effectively with your main products is more useful than focusing on a single specification.
Real-World Workflow And Production Speed
Printer speed is not just about how quickly the machine lays down ink. In a real production environment, overall throughput is influenced by several additional factors. Job setup time, file processing and RIP speeds all play a role. Larger or more complex files can take longer to process before printing even begins. Media loading and alignment can also add time, particularly if multiple materials are used throughout the day.
Post-print handling is another consideration. With some technologies, prints require drying time before they can be laminated or finished, which slows down the overall workflow. Because of this, a printer with a slightly lower headline speed but a more efficient workflow can often outperform a faster machine in day-to-day production.
Consistency Across Long Print Runs
Maintaining consistent output across long runs is essential for applications such as banners, signage and vehicle graphics. Variations in colour or print quality can lead to reprints, which reduce efficiency and increase costs.
A reliable wide format printer should be able to maintain stable output over time, even when running large jobs. This reduces the need for adjustments and helps ensure predictable results. In many cases, businesses benefit more from consistent, repeatable performance than from maximum speed.
Matching Speed To Your Production Needs
The right level of speed depends on the type of work your business produces. If you’re handling high volumes of standard graphics, speed becomes more important because it directly affects how much work you can complete in a given time.
However, if your work involves detailed designs, brand-critical colour or custom jobs, quality and consistency may take priority over speed. Understanding your job mix will help you choose a printer that aligns with your production requirements rather than relying on headline figures alone.
Looking Beyond The Specification Sheet
Wide format printer speed figures are useful for comparison, but they don’t give you the full story. Looking at how a printer performs across different modes, materials and workflows will give you a more accurate understanding of its real capabilities.
When assessing a machine, it’s worth considering how it fits into your overall production process, not just how fast it can print under ideal conditions.
Not sure how to interpret printer speed specifications? Contact us today and speak to the Signmaster team for practical, straightforward advice.
Image Source: Signmaster
