The 7-Step Print Hardware Checklist I Use Before Approving Any Purchase

If you approve print equipment purchases, this checklist is for you

Whether it's a $150 inkjet or a $1,200 3D printer, every print hardware request that lands on my desk goes through the same evaluation process. I'm a procurement manager at a 45-person marketing agency, and I've managed our printing and imaging budget (roughly $22,000 annually) for over six years, documenting every order in our cost tracking system.

This isn't a traditional buying guide. It's the operational checklist I actually use when someone asks me to approve a printer—and it works for office printers, label makers, photo printers, even 3D printers. There are seven steps.

Step 1: Define the actual job before you look at machines

The biggest mistake I see is people comparing specs before they've defined what the printer will actually do. Before anything else, I ask four questions:

• What's the weekly print volume? Under 500 pages? Over 5,000? This alone determines the printer class you should be looking at.
• Color or monochrome? If you're printing mostly internal documents, a monochrome laser will save you a fortune in consumables. If you're producing client-facing materials, color isn't optional.
• What media types? Plain paper, labels, cardstock, photo paper—not every printer handles every medium, and switching media mid-run costs time and waste.
• Who's using it? A shared printer for 20 people has very different requirements than a dedicated machine for one person.

This is where the laser vs inkjet decision actually gets made. If you're printing high-volume text documents, laser printers win on cost per page, speed, and reliability. If you're printing photos or color-rich marketing materials, a quality inkjet (or a color laser, depending on volume) is the better call. But you can't make that call without defining the job first. There's no universal "better" category—only the right tool for your specific workload.

One more thing to check at this stage: if you're printing envelopes for direct mail, verify the dimensions against USPS requirements. Per USPS Business Mail 101, standard letters must be between 3.5" × 5" and 6.125" × 11.5", with a maximum thickness of 0.25". Go over that and you're paying flat-rate postage instead of letter rates. It sounds minor, but for a 5,000-piece mailer, that difference adds up fast.

Step 2: Price the consumables before the hardware

Here's the trap: the machine's sticker price is the least important number in the whole equation. The consumables are where printing costs actually live.

When we were evaluating office printers in 2023, we nearly went with a model that was $180 cheaper upfront than the equivalent Brother machine. But when I ran the numbers on cartridges, the gap was staggering. The cheaper printer's cartridges had a 1,000-page yield versus 3,000 pages on the Brother toner, and the replacements cost 30% more per cartridge. Over five years, that "cheaper" printer would have cost us roughly $1,400 more.

So I always check three things:

• Page yield for both standard and high-capacity cartridges
• Cost per page (cartridge price ÷ page yield)
• Third-party cartridge availability—and whether the warranty still applies if you use them

For our Brother printers, I track toner costs in a spreadsheet and re-run the comparison every year because prices shift. As of Q4 2024, our cost per page on Brother toner sits around 2.4 cents for monochrome. That number is only useful relative to your own print volume, and pricing changes fast, so verify current rates before you finalize a budget.

Step 3: Factor in repair history, not just warranty terms

Warranty terms matter, but nobody buys a printer expecting to use the warranty. The real question is: what happens when it breaks?

I learned this one the hard way. We had a printer from a well-known brand that failed 14 months into a 12-month warranty. The repair quote was $260 for what was essentially a $350 printer. We paid it because we needed the machine working. Two months later, the same issue came back, and the repair shop wanted another $180. That "cheap" fix turned into a $1,200 replacement redo when we finally gave up. That's when our procurement policy started requiring repair data as part of every equipment evaluation.

• Reliability reputation: I check user reviews for "printer repair" mentions and look for repeated failure points.
• Parts availability: Are rollers, fuser units, and print heads actually purchasable, or do you have to buy a whole new machine?
• Service network: Who does repairs? A local authorized technician, or does it have to ship out for two weeks?

I've had genuinely good experience with Brother in this regard—their business-class machines have held up well in our environment. But I'm not going to claim any printer is indestructible. What I can say is that I budget 5–10% of hardware cost for potential repairs each year. If the machine runs clean, that's budget we didn't spend. If not, we're covered.

Step 4: Validate specialty requests against actual usage

This step exists because of two requests that landed on my desk in the same week last year.

A designer asked for a photo printer for phone to produce print proofs for a client pitch. An engineer requested a Bambu Lab X1 Carbon 3D printer for product mockups. My first instinct was to question both. Do we really need a dedicated photo printer when we have a color laser? Is a $1,200+ 3D printer justified when we've outsourced prototyping for years?

The numbers said no to both. My gut said these people know what they're asking for. So instead of a flat no, I asked each requester to document how many times they'd use the equipment in the next 90 days, and what the alternative cost was.

The designer came back with three upcoming pitch deadlines and a $45-per-print cost for outsourcing the premium photo finishes. A $300 phone photo printer paid for itself within the quarter. The engineer's request was a different story: four prototypes in 90 days at $85 each in outsourcing costs—$340 total, nowhere close to justifying a $1,200+ machine plus filament and maintenance.

My policy now: any specialty print equipment has to pay for itself within 12 months through documented usage or outsourcing savings. It's not a perfect system, but it stops the "this would be cool to have" purchases while making room for the legitimate ones.

Step 5: Build your total cost of ownership model

This is the step that separates casual buying from actual procurement discipline. I built a TCO spreadsheet after getting burned on hidden fees twice. Here's what goes in it:

• Hardware cost: including delivery, setup, and accessories
• Annual consumables: cartridges, toner, paper, label stock
• Estimated repairs: 5–10% of hardware cost per year
• End-of-life disposal: some equipment requires proper e-waste handling
• Staff time: what IT spends on setup, troubleshooting, and ongoing maintenance

That last one is the one most people forget. When our IT person spends three hours fighting with a temperamental printer, that's three hours they're not doing something more useful. For a small business, that cost is real—and it's why I lean toward equipment with a reputation for being user-friendly and reliable.

Step 6: Know the brand's boundaries—and your own

This might sound counterintuitive for a procurement guy, but the vendors I trust most are the ones who tell me what they're NOT good at. The vendor who once said "this isn't our strength—here's who does it better" earned my business for everything else. I'd rather work with a specialist who knows their limits than a generalist who overpromises.

Brother is a good example. I recommend their laser printers and label makers for office use without hesitation. Their toner cartridges are easy to source, the machines are durable, and their setup process is straightforward. But if someone came to me asking for a production-grade print solution with corporate-level color management and print servers, I'd recommend a specialist. That's not Brother's focus, and that's fine.

The same logic applies to 3D printing. I'm not an additive manufacturing specialist, so I can't speak to whether the Bambu Lab X1 Carbon is the right 3D printer for your use case. What I can tell you from a procurement perspective is how to evaluate the request: usage projections, outsourcing costs, material expenses, and maintenance requirements. The technical specs are for the engineer to figure out.

Step 7: Set up documentation before you buy

The last step is the one almost nobody does: create the paper trail before the purchase. For every piece of print equipment we own, I keep a digital folder with:

• The original quote and purchase order
• Warranty documentation with the expiry date in our calendar system
• Consumable reorder details—part numbers and estimated reorder frequency
• Repair log—dates, issues, and costs

This sounds tedious, but it's saved us thousands. When a printer starts acting up and someone asks "fix it or replace it?", we check the repair log and TCO model instead of guessing. Last year, that's exactly how we retired a 6-year-old machine: two service calls in seven months, and the TCO model showed a replacement would pay for itself through reduced downtime alone.

Common mistakes I still see

Even with this process in place, I watch for the same recurring mistakes:

• Buying the cheapest hardware. The sticker price is a trap. The cartridges are where they make their money. Always calculate cost per page.
• Ignoring setup costs. A "free setup" offer once cost us $450 in hidden fees once network configuration and driver deployment were added. Read the fine print.
• Trusting environmental claims without verification. Per FTC Green Guides, a "recyclable" claim on cartridges must be substantiated. If a vendor makes green promises, verify before your marketing team repeats them.
• Buying knockoff cartridges without checking compatibility. I've seen cheap counterfeits cause print quality issues and even damage print heads. Genuine cartridges usually cost more upfront but avoid the repair bill later.

Bottom line

The goal isn't to avoid buying equipment—it's to make sure every piece of print hardware in your office is pulling its weight. Run any purchase request through these seven steps:

1. Define the actual job
2. Price the consumables first
3. Check the repair history
4. Validate specialty requests against usage
5. Build the TCO model
6. Know the brand's boundaries
7. Document everything

I've been refining this checklist for six years, and it's saved us thousands in avoided mistakes. Not every decision is perfect—I once approved a high-capacity inkjet without checking replacement cartridge costs first, and I didn't relax until I ran the numbers and confirmed the cost per page was in line with our budget. The checklist doesn't make you infallible. It just makes expensive mistakes a lot harder to make.