12-Point Laser Procurement Checklist: What I Look for Before Buying an Epilog Laser

If you're reading this, you're probably in the same spot I was about four years ago: you've got a budget number, a shortlist of laser systems, and a sinking feeling that the decision is way more complicated than the sales brochures suggest. You're right.

I manage procurement for a 30-person custom manufacturing shop. We do signs, awards, and architectural models. After going through a laser purchase cycle twice—once successfully, once with regrets—I built a checklist that I run through every time now. This article is that checklist.

It's 12 steps. Takes about an hour to do properly. Saved us an estimated $4,200 in potential rework on our second machine purchase alone.

Who This Checklist Is For

This is for anyone evaluating Epilog laser systems for a small to medium business, workshop, or educational setting. It assumes you've already identified that a CO2 or fiber laser fits your material needs. It does not cover the difference between diode laser and fiber laser in depth—I'll touch on it, but that's a separate conversation.

The checklist focuses on one thing: making sure you don't miss the hidden costs that turn a good purchase into a budget headache.

Step 1: Map Your Total Cost of Ownership (TCO) Template

Before you look at a single quote, build a spreadsheet with these categories:

• Purchase price
• Shipping & setup (including rigging if needed)
• Ventilation / exhaust system
• Training (yours or your team's time)
• Consumables: lenses, tubes, belts, filters
• Service plan or per-visit repair costs
• Downtime cost per day

Why this matters: In Q3 2023, I compared quotes for a Fusion Pro. Vendor A quoted $29,500. Vendor B quoted $27,100. I almost went with B until I calculated TCO: Vendor B charged $1,200 for delivery, $850 for training, and their service plan was $1,800/year vs. A's included 2-year plan. Total three-year cost? Within $300 of each other. I went with A for the included support.

(Note to self: I really should publish that spreadsheet template.)

Step 2: Verify Laser Type vs. Your Materials

This is where the difference between diode laser and fiber laser comes into play—but only as a quick check. For most buyers:

• CO2 lasers (like the Epilog Fusion CO2 series) handle wood, acrylic, leather, paper, fabric, and some plastics.
• Fiber lasers (Epilog Fusion Fiber series) handle metals, plastics, and marking. They don't cut wood or acrylic well.

I'm not an applications engineer, so I can't tell you which wavelength is optimal for every material. What I can tell you from a procurement perspective: if your product mix shifts, can the machine handle both? We bought a CO2 system first. When we got a line of stainless steel tags, we had to add a fiber unit. That doubled our capital outlay. (Ugh.)

Step 3: Check the Bed Size Against Your 3 Biggest Products

Pull your three most common product dimensions. Now make sure the machine's bed size can handle them without requiring multiple passes. An Epilog laser with a 24x18" bed sounds generous until you realize your 22x16" sign leaves no room for jigs or full-sheet nesting.

We learned this the hard way: Our first machine (a 20x12" bed) meant 40% of our larger products required two passes. That added 15 minutes per piece. Over a year, that's hundreds of hours of unproductive machine time.

Step 4: Quantify the Hidden Setup Costs

Here's the part most sales pages skip. An Epilog laser printer (as some folks call it) isn't plug-and-play like a desktop printer. You need:

• Ventilation: At minimum, a blower and ductwork to the outside. Plan $500-1,500.
• Chiller: For higher-power CO2 units. $1,200-2,500.
• Compressed air: For fiber lasers. $400-1,000.
• Electrical: Some models need 240V, not standard 120V. Run a new circuit? $300-800.
• Floor reinforcement: If your workshop has a suspended floor (second story setup). Ours didn't need it, but I've seen quotes of $2,000+.

Total surprise cost for our first setup: about $3,800. I still kick myself for not listing those out beforehand.

Step 5: Evaluate Training and Onboarding

I don't care if you've hired a laser genius—budget at least 3 days of full-time training per operator. The Epilog laser corp support team provides training, but you'll also need to factor in your team's time to learn the software (Epilog Dashboard, LightBurn, or Adobe Illustrator integration).

In 2024, I watched a shop buy a $40,000 machine and have it sit idle for two weeks because the operator was overwhelmed. That's $2,000+ in lost productive capacity just from learning curve.

Step 6: Get a Firm Service & Parts Commitment in Writing

This is the step most people skip. Ask every dealer:

• What's the average turnaround time for a service visit?
• Are parts (tubes, lenses, belts) stocked locally?
• What's the tube replacement cost? (Hint: it's often 20-30% of the machine price)
• Is there a loaner program during major repairs?

We compared two dealers for an Epilog Zing. Dealer A had a dedicated service tech who could be on-site within 48 hours. Dealer B used a regional contractor with a 6-8 day queue. The $200 price difference was trivial compared to the cost of a week of downtime.

Most frustrating part: both dealers said they had good service. Only one put guaranteed response times in writing. Guess which one we picked.

Step 7: Verify Software Compatibility

Your designers might use CorelDRAW, Adobe Illustrator, or SolidWorks. Make sure the laser's driver software handles your primary format cleanly. Epilog laser systems generally have excellent compatibility, but I've heard stories of shops buying machines only to discover their legacy software doesn't export in a format the laser accepts.

Test before you buy. Send a sample file through your workflow. (Seriously. Do it.)

Step 8: Calculate True Production Speed

Don't trust the brochure's max speed. Instead, ask for a test run of your actual product at acceptable quality. Time it. Then multiply by your annual volume.

When we audited our 2023 production data, we found that running at 80% of max speed gave us better edge quality and fewer rejects. The "faster" machine would have increased throughput by 15%—but our scrap rate would have climbed 8%. Net? Almost no gain.

Step 9: Check for Regulatory & Safety Compliance

Per OSHA requirements (effective as of 2024), laser systems need proper ventilation, protective eyewear, and signage. Your facility might also have local fire codes or permits needed. I'm not a safety compliance officer, so I can't detail every requirement. What I can tell you: budget for a safety audit if your local code is unclear. We spent $600 on one and saved a potential $5,000 fine.

Step 10: Factor in Resale Value

An Epilog laser holds its value well—check any used equipment site and you'll see older models trading at 40-60% of new price. That's good. But it matters most if you plan to upgrade in 3-5 years. We sell our old machines to local schools or community makerspaces. That revenue partly funds the next purchase.

If you think you'll keep the machine for 8+ years? Resale value matters less. But if you're in a growing business, plan for a 3-year upgrade cycle. Build that budget now, not when you need it.

Step 11: Test Customer Support Before You Buy

Call the dealer and the manufacturer with a question you already know the answer to. See how they respond: is it fast? Helpful? Or do they push you to a sales resource?

After the third late response from one dealer (ugh, again), we pivoted to a different distributor. That decision alone saved us from ongoing frustration.

Step 12: Get Everything in Writing

I cannot overstate this: get all promises—pricing, delivery timeline, training, service response times, parts availability—in writing. The 12-point checklist I created after my third mistake has saved us an estimated $8,000 in potential rework costs.

Trust me on this one. 5 minutes of verification beats 5 days of correction.

Final Thoughts: Common Mistakes I've Seen

• Ignoring ventilation costs. I've watched two shops bring machines online only to wait 3 weeks for a contractor to install exhaust. Plan it upfront.
• Buying too small. A smaller bed seems cheaper until you lose productivity on every pass. Our 24x18" machine handles 80% of our work with one pass. The smaller one? Only 50%.
• Skipping the TCO spreadsheet. The "cheaper" machine is often more expensive over 3 years. Build the spreadsheet. Use it.
• Not testing your materials. Send samples. I don't care if it's acrylic, wood, or metal—test with your thickness, your finish, your speed.

Prices as of March 2025; verify current pricing with Epilog Laser and your local dealer. Your specific configuration will change the numbers.

Good luck.