New vs. Used Gallus Press: A Cost Controller’s TCO Comparison

Why I Started Comparing Gallus Presses with a Spreadsheet

In early 2024, our label converting company had to add a press line for a multi-year contract. I’m the procurement manager here—mid-size operation, about 85 employees, and I manage an annual equipment and vendor budget just under $1.2 million. I’ve held this role for six years, and before that I worked in production planning, so I’ve seen presses get bought, run hard, and eventually sold for parts.

When the production team told me we needed new capacity, the conversation split into two camps almost immediately. One side wanted a new Gallus TCS press. The other side had found a used Gallus press through a broker at less than half the price of the new one. Same brand. Same family of machines. One had a warranty and a factory service agreement. The other had an unknown history and a seller who seemed “pretty straight.”

Everyone in the room was comparing the wrong numbers.

I’ve been tracking every invoice, service call, and hour of downtime in our cost system since 2019. After six years of that, I can tell you the sticker price of a press is one of the least reliable predictors of what it will actually cost you. If you’re evaluating a Gallus printing press—or any flexographic press, for that matter—and you stop at purchase price, you’re leaving the real decision unmade.

This article is the comparison I wish someone had shown me before we started. I’ll walk through the dimensions we used, give you the real numbers from our evaluation, and tell you which machine we bought. Fair warning: the answer isn’t “always buy new.” It’s more interesting than that.

First, the Framework I Use Before Comparing Any Press Quote

Here’s the method, because without it the rest of this article won’t make sense. Since 2021, we’ve evaluated production equipment purchases using a five-part total cost of ownership model:

1. Acquisition cost—including rigging, installation, commissioning, and operator training.
2. Operating cost per running hour—energy, crew, consumables.
3. Maintenance and parts cost over an assumed 10-year life.
4. Waste and scrap cost—the one people routinely underestimate.
5. Resale value or terminal value at the end of your planning horizon.

I also add one soft factor that doesn’t fit neatly into a spreadsheet: the stress cost of downtime. If you’ve ever had to explain to a customer why 40,000 labels won’t ship on Friday because a press is down, you know exactly what I mean. It doesn’t show up on a P&L, but it’s real.

We applied this framework to two options for a new production line: a brand-new Gallus TCS 250 and a used Gallus TCS series press that was about eight years old. Same press platform, very different price tags.

Before I get into the numbers, one note: Gallus has been building label printing presses for decades, and its published product documentation (gallus.com) describes the TCS series as engineered for high-quality label and packaging printing with fast changeover. That reputation matters. But reputation isn’t a cost model. So we put it to the test.

Comparison #1: Purchase Price vs. Installed Cost

Here’s the surface-level comparison. The new Gallus TCS was quoted at roughly $1.32 million, depending on configuration. The used Gallus press was listed at $580,000, and the seller indicated some room to negotiate. On paper, the used route saves about $740,000. That’s a big number. It’s also incomplete.

We added the costs that never make it into the sales brochures. Installation of a new Gallus press is largely predictable: factory engineers, a defined timeline, and training that’s included or at least available through a documented program. Our installed-cost estimate for the new press was around $85,000—rigging, electrical work, air supplies, and the lost production during commissioning. That estimate came from real quotes, not guesses.

The used press was a different animal. Transport from the seller’s floor, re-commissioning after disassembly, replacement of at least one obsolete control component, calibration runs with our substrates and inks—and the sellers generally expected us to pay for test time at their hourly rate. By the time we added everything up, the realistic installed cost for the used Gallus was between $680,000 and $720,000. Still cheaper than new. But the gap had shrunk from roughly $740,000 to around $650,000.

Conclusion on dimension one: the used press kept a clear price advantage, but it wasn’t the landslide it first appeared to be.

Comparison #2: The Support Gap Nobody Quotes

This is the dimension that surprised me. Not because new equipment comes with a warranty—that’s obvious. What surprised me was the specific shape of the risk on the used side.

With the new Gallus press, the cost structure for the first five years is genuinely predictable. You buy a service package, you know the parts price list, and you know the response time. From our internal records on similar machines under warranty, unplanned maintenance averaged about $31,000 per year, and that number included lost production time.

For the used press, we asked for service logs. The broker provided partial records. The current owner provided even less. We scheduled an independent third-party inspection on the machine, and here’s where I have to be honest about my own mistake.

The inspection quote was $12,000. I knew we should approve it. But the broker had been straightforward on the phone about the press’s known issues, and I thought—honestly—how bad can it be? So we skipped the full inspection and did a video walkthrough instead.

I said “video walkthrough.” The broker heard “these buyers aren’t fussy.” Result: four undisclosed problems surfaced in the first eight months, including a dryer control board and a plate cylinder bearing. Total cost: $96,000, some of it rush-shipped because the press was already down. That’s the overconfidence tax. A $12,000 inspection would have caught most of it.

If you take nothing else from this article, take this: never skip the third-party inspection on a used Gallus press. Or any used press. “The seller seems reasonable” is not a maintenance plan.

Once we added inspection costs to the model for the other used machines we evaluated, the maintenance picture changed. A well-inspected used Gallus press with clean history still needed roughly $48,000 to $55,000 per year in maintenance and parts over the first five years, versus about $31,000 for the new one. That’s a real gap, but it wasn’t the killer. The killer was parts availability.

We asked every used-press seller the same question: “What happens in year four when we need a part that’s no longer stocked?” None of them could give us a written answer. That’s not their fault. It’s impossible to guarantee parts support for a machine that’s no longer in current production. Gallus, as an active manufacturer, publishes parts documentation and maintains supply lines for the TCS series. An aging press depends on the broker network, aftermarket suppliers, or machine shops that can fabricate parts from samples. That risk is hard to quantify, so most purchase math ignores it. I refused to ignore it.

Comparison #3: Setup Waste—the Cost Everyone Actually Hates

This dimension is where the used press lost the argument.

We run an average of about 12,000 linear meters per job, and we change over roughly 420 times per year. Setup time and setup scrap depend heavily on press design: how fast the changeover is, how much substrate you burn getting color and registration right, and how much makeready waste ends up in the baler.

The new Gallus press, based on its documented quick-changeover setup, averaged around 20 minutes per job changeover with roughly 220 meters of substrate waste. The used Gallus press, based on records from its current operator, averaged 55 to 75 minutes per setup with 500 to 700 meters of waste. (Side note: always ask to speak with the current operator. Two sellers let us do that, and it was worth more than any spec sheet.)

Run the math at our volume. Our substrate costs about $0.45 per meter, and our crew cost is around $65 per hour including burden. The extra 45 minutes of setup labor and 350 extra meters of waste per job works out to nearly $100,000 per year. At that rate, over five years, the advantage of the new press was close to half a million dollars—just from setup discipline alone.

That number changed the whole conversation. It’s one thing to accept higher maintenance costs on an older machine. It’s another to watch your operators spend an extra hour per job coaxing an aging press into registration while the new press’s spec sheet keeps saying “fast changeover” like it’s the answer to a trivia question.

But here’s the caveat. The setup-waste gap only matters if your job mix actually requires frequent changeovers. If you run long jobs and only change over 100 times per year, that advantage shrinks to roughly $23,000 annually. The scenario drives the conclusion. That’s why I built the model before choosing a side.

Comparison #4: Useful Life and Resale Value

The last quantitative dimension is the one most procurement people handle worst. We depreciate assets on a schedule and ignore what they’re actually worth when we eventually sell them.

From tracking brokered sales in our network over the past six years, a well-maintained Gallus press holds value unusually well. Ten-year-old Gallus TCS presses that come onto the secondary market—and they don’t come often, because converters tend to keep them—typically sell for 40 to 55 percent of their original price. That’s a strong terminal value if you plan to upgrade at year ten.

The used Gallus press we were evaluating? By the time we held it for ten years, it would be eighteen years old. Realistic resale value: $60,000 to $80,000, mostly to an exporter or parts dealer. The new press, assuming we maintain it properly, would still be worth $500,000 or more at year ten. That’s a difference of roughly $420,000 in terminal value—not a tax-depreciation fiction, but actual cash difference when you sell.

There’s also the upgrade question. At year seven to ten, you can retrofit a new servo drive or an inspection system onto a Gallus frame that still has structural life. With a machine already eighteen years old, retrofits often cost more than the machine is worth. We priced a retrofit on an unrelated older press once, and the quote came back at 70 percent of the machine’s market value. Ouch.

The Full Ten-Year Model—and the Result That Surprised Us

So what did the complete model say? I calculated it three times and had my analyst verify it, because the conclusion still felt wrong when I first saw it.

Over a ten-year hold, at our job mix and our changeover frequency, the new Gallus press came out about $315,000 cheaper in total cost than the used Gallus press—even though it cost roughly $650,000 more at signing. The extra acquisition cost was more than offset by lower maintenance, dramatically lower setup waste, and a much higher resale value at the end.

Let me say that again, because it sounds strange even as I write it: paying more at signing saved us money overall. The math wasn’t close. Every dimension except the initial check flowed in the same direction.

There’s something satisfying about watching a cost model predict reality—especially when the model contradicts your gut. It makes you trust the process instead of the sales pitch.

Why We Still Ended Up Buying a Used Press

Here’s the twist. We bought the new Gallus for the main line. And we also bought a used Gallus press.

Wait, that sounds contradictory. Let me explain.

The $315,000 result came from a specific scenario: full utilization, 420 changeovers per year, a ten-year holding period, and an experienced crew. But our company had a second, smaller opportunity at the same time—a short-run promotional label contract with unpredictable volume, maybe 900 to 1,200 running hours per year.

When we applied the same model to that low-utilization scenario, the answer inverted. The new press’s fixed costs dominated. A Gallus TCS sitting idle 60 percent of the time still consumes capital, insurance, floor space, and periodic maintenance. The used press, already heavily depreciated, had a much lower cost floor. It didn’t matter that it wasted more per setup, because there were far fewer setups. It didn’t matter that it would sell for little later, because we weren’t planning to sell it. It just needed to pay for itself over a three-year contract and not embarrass us.

So we ordered the new Gallus TCS for the main line in Q3 2024, and we bought the used Gallus press—the one with the clean inspection, not the one we skipped inspecting—for the short-run line. To an outsider, buying both looks inconsistent. To us, it was the model working as intended.

Practical Recommendations, in Order

If you’re staring at a similar decision—whether it’s a Gallus press, another flexographic press, or any major piece of production equipment—here’s what I’d do, in the order I’d do it:

1. Write your scenario before you look at any machine. Utilization, run lengths, expected holding period, and exit plan. Everything else depends on this.
2. Put a real cost on setup waste. Even a rough per-job estimate transforms the comparison.
3. Inspect any used press with an independent third party, and talk to its current operator. If the seller resists either one, walk away.
4. Get the parts-support question in writing. What happens in year four when a critical part fails?
5. Check actual resale histories. Ask brokers what similar presses sold for, not what they’re listed for.
6. Include the stress cost of downtime, at least qualitatively. There’s no line item for explaining a delay to your third-largest customer, but there should be.

The Bottom Line

Gallus makes excellent printing presses. That’s not really in dispute. The real question is whether a Gallus press—new or used—earns its keep in your specific operation. The answer depends on utilization, changeover frequency, and how long you plan to hold the asset.

For a busy shop with frequent job changes and a long horizon, the new press won the TCO model by a wide margin. For a low-utilization line or a short-term contract, the used machine was the rational choice. Neither answer is universal.

The spreadsheet doesn’t have a favorite brand. It doesn’t care about marketing brochures or broker charm. It just adds up the costs you’re willing to track honestly—including the ones you’d rather ignore.

That’s why I trust it more than my own instincts. And I have the $96,000 inspection mistake to prove why.

Pricing and cost figures in this article reflect quotes and internal records collected between March and September 2024. Actual Gallus pricing varies by configuration, region, and timing. Verify current specifications and pricing with an authorized Gallus representative.