If I Buy a Faster DTF Printer, Will I Actually Produce More?

One of the first questions a print shop asks when considering a DTF printer upgrade is simple:

“If I buy a faster printer, will I actually produce more?”

The answer is:

Maybe—but not necessarily.

A faster printer can dramatically increase production, but only if the rest of your workflow can keep up.

This is one of the most overlooked issues when shops upgrade DTF equipment. They compare printer specifications, see a higher advertised feet-per-hour number, and assume their production will automatically increase by the same percentage.

But DTF production isn't just printing.

You have artwork preparation, RIP processing, printing, powder application, curing, cutting, sorting, pressing, quality control, packaging, and shipping. If any one of those steps becomes the bottleneck, your expensive new printer can spend a surprising amount of time waiting.

In other words:

Your production capacity is determined by your entire workflow—not just your printer.

The Fastest Printer Doesn't Guarantee the Fastest Shop

Imagine your current DTF printer produces 50 linear feet per hour.

You upgrade to a production printer capable of significantly higher output.

On paper, it looks like you just doubled or tripled your production capacity.

But what happens if:

• Your computer takes 20 minutes to RIP a large gang sheet.
• Your operator is manually cutting transfers.
• Your powdering and curing process can't keep up.
• Someone has to manually separate hundreds of individual transfers.
• Your heat press operator(s) can't press garments fast enough.
  

Your printer may be capable of producing more film, but your shop isn't necessarily capable of producing more finished products.

That's the difference between printer speed and production throughput.

Think of Your DTF Operation as a Production Line

A useful way to think about your shop is as a chain:

Every step has a maximum practical capacity.

If your printer can produce 120 feet per hour but your cutting process can only handle 50 feet per hour, you've created a 70-foot-per-hour pile of work waiting to be cut.

Eventually, the printer has to stop. The same thing happens if your RIP computer can't prepare files quickly enough. Or if your operator can't keep up with transferring finished prints. Or if your heat presses become the limiting factor.

The bottleneck determines your real production rate.

This is why buying the fastest printer available isn't always the best first investment.

Sometimes the printer isn't the problem.

Before You Buy a Faster Printer, Find Your Bottleneck

Before spending tens of thousands of dollars on new equipment, track how long a typical job takes from beginning to end.

For example:

 

In this example, buying a printer capable of 150 feet per hour isn't going to make the shop a 150-foot-per-hour operation.

The bottleneck is cutting at 45 feet per hour.

That is where the next investment should probably go.

Your Computer Can Be a Production Bottleneck

Here's another bottleneck that doesn't get nearly enough attention in DTF production:

The computer running your RIP software.

A lot of print shops spend serious money on a printer and then run their production workflow from a relatively inexpensive computer.

That can be a mistake.

RIP software has to take your artwork and convert it into the massive amount of printable data the printer needs. Large gang sheets, high-resolution artwork, multiple images, white-ink layers, transparency, color management, and complex files can all increase processing requirements.

Imperial DTF uses Wasatch SoftRIP with its X5 system, and RIP software is a critical part of the digital printing workflow because it converts artwork into the data required by the printer.

If your computer doesn't have enough RAM, the RIP process can become painfully slow.

Why RAM matters

RAM is essentially the computer's working memory.

When you open a large artwork file or process a large gang sheet, the computer needs enough memory to work with that information efficiently.

If the computer runs out of available RAM, it may begin relying heavily on the hard drive or SSD as temporary memory.

That's much slower.

The result can be:

• Long RIP processing times
• Programs becoming sluggish
• Files taking much longer to open
• Delays between jobs
• Operators waiting for files to process
• Potential crashes with particularly large or complicated jobs

And here's the frustrating part:

Your printer can be sitting there perfectly capable of printing while your computer is still preparing the next job.

You haven't increased production capacity by buying the faster printer.

You've simply moved the bottleneck from the printer to the computer.

Don't Buy the Cheapest Computer for Your Production Printer

This doesn't mean you need an unnecessarily expensive gaming computer or workstation.

It does mean you should treat the computer as production equipment, not an afterthought.

When purchasing or configuring a computer for a DTF production environment, consider:

• Plenty of RAM
• A fast modern processor
• A fast SSD
• Adequate graphics capability where required by your software
• Reliable networking
• Plenty of storage for artwork and production files
• A clean, stable Windows environment dedicated to production if practical

The exact requirements should be based on the RIP software you're running and the size and complexity of the jobs you're producing.

The important lesson is simple:

Don't put a high-production DTF printer on a computer that was selected because it was the cheapest computer that would run the software.

If your printer can produce 100+ feet per hour but your computer takes 30 minutes to RIP the next job, you aren't operating a 100-foot-per-hour production system. You're operating a printer that is waiting on a computer.

Cutting Can Become Your Next Bottleneck

Once you solve the RIP and printing side of your workflow, another problem often becomes obvious:

What are you going to do with all that printed film?

If you're producing individual transfers, manual cutting can consume an enormous amount of labor.

Someone has to:

• Handle the printed roll
• Locate each design
• Cut around transfers
• Separate jobs
• Keep orders organized
• Prevent transfers from getting mixed together

At low production volumes, this may not be a big deal.

At high production volumes, it can become one of the most expensive parts of your workflow because you're paying an employee to perform a repetitive task that can be automated.

That's where a dedicated production cutter can make a major difference.

Speed Up DTF Production With a Summa Cutter

Imperial DTF offers the Summa S Class 3 T Series specifically for high-volume DTF production. Summa S Class 3 T DTF Cutter from Imperial DTF

This is an important distinction because the goal isn't simply to buy another piece of equipment. The goal is to remove a bottleneck from the production line.

The Summa S Class 3 T uses motorized True Tangential cutting technology, which provides precise control of the blade as it moves through the material. The cutter provides up to 1,000 grams of cutting force and is designed for accurate cutting of intricate designs and DTF PET film.

(However, the cut files only work if you are running Wasatch SoftRIP)

But one of the biggest advantages for a busy DTF operation isn't simply cutting accuracy. It's workflow.

Keep the job together

Traditional cutting methods can leave individual transfers scattered across a table or work area.

The Summa S Class 3 T keeps the transfers organized on the roll as the job is processed.

That means your production team isn't constantly handling individual pieces of film.

This can reduce:

• Manual handling
• Sorting time
• Transfer mix-ups
• Operator fatigue
• Job organization problems

Imperial's DTF cutter workflow can also be paired with Wasatch SoftRIP so that registration marks and cut information are incorporated into the production process. The cutter can use QR-coded job information to retrieve the appropriate cutting data, reducing manual setup and operator intervention. 

That's a significant difference from simply buying a faster printer.

You're improving the system.

The Real Question Isn't "How Fast Is the Printer?"

When evaluating a new DTF printer, don't just ask:

“How many feet per hour can it print?”

Ask:

“How many finished transfers can my entire operation produce per hour?”

Those are two very different questions.

A printer's advertised maximum speed is only one data point.

You also need to consider:

1. RIP speed

How quickly can your computer process the artwork?

If your computer doesn't have sufficient RAM or processing power, it can become a bottleneck before the printer even starts.

2. Printing speed

What is the machine's practical production speed at the quality level you actually intend to sell?

Don't base your business model solely on a maximum theoretical speed.

Imperial's own guidance emphasizes testing actual production output rather than relying solely on advertised numbers. ImperialDTF

3. Powder and curing

Can your powdering and curing equipment keep up with the printer?

There's no benefit to producing a huge roll of printed film if the next stage can't process it.

4. Cutting

How long does it take to turn a roll of printed film into organized, usable transfers?

This is where automation such as the Summa can have a significant impact.

5. Labor

How many employees are required to keep the workflow moving?

A faster machine that requires significantly more manual labor may not produce the financial improvement you expect.

6. Heat pressing

If you're producing finished garments rather than selling transfers, the heat press can become the bottleneck.

You may be able to print thousands of transfers, but someone still has to apply them to shirts.

7. Packaging

Don't forget the final step.

A production shop can have thousands of dollars of equipment running efficiently and still have orders sitting around waiting to be inspected, folded, packed, labeled, and shipped.

Sometimes the Answer Is Another Printer

There's an important point here:

Sometimes buying a faster printer really is the right answer.

If you've already optimized your RIP computer, cutting, powdering, curing, labor, and finishing processes—and the printer is consistently running at capacity—then your printer may genuinely be the bottleneck.

At that point, adding another production printer can make more sense than trying to push one machine beyond its practical operating range.

In some cases, two production printers also provide something a single ultra-fast printer cannot: redundancy.

If one printer needs maintenance, production doesn't necessarily have to stop completely.

That's an important consideration for a shop where DTF production represents a significant portion of revenue.

Don't Confuse Printer Speed With Business Growth

A faster printer can absolutely help your business grow.

But equipment should be purchased based on the constraint that is actually limiting your business.

If you're spending hours waiting for artwork to RIP, buy a better production computer.

If employees spend hours manually cutting transfers, automate the cutting process.

If your curing system can't keep up, improve that part of the line.

If your printer is running continuously and everything downstream can handle additional output, then it's time to consider additional printing capacity.

The goal isn't to have the fastest printer.

The goal is to have the fastest, most efficient production workflow your business can realistically support.

A Simple Way to Find Your Next Investment

Before buying anything, spend a week measuring your production.

Track:

• How long artwork preparation takes
• How long RIP processing takes
• How long the printer actually runs
• How much time operators spend handling film
• How long cutting takes
• How long sorting takes
• How long pressing takes
• How long quality control takes
  
• How much downtime occurs between jobs

Then ask one question:

“Where are we waiting?”

Find that bottleneck.

Fix it.

Then move to the next one.

That's how you build a DTF production operation that actually gets faster—and how you make sure the next piece of equipment you buy is solving a real production problem instead of simply giving you a faster machine that's waiting on everything else.