Not All Industrial Printers Are Built the Same: A Buyer's Checklist for Videojet CIJ, Fiber Laser, and Thermal Transfer Printers

Who This Checklist Is For

If you're the person in charge of buying or upgrading industrial coding equipment—maybe a maintenance manager, a plant supervisor, or someone like me, an admin buyer who suddenly got told 'figure out the printer situation'—this is for you.

I handle purchasing for a mid-size packaging company. When I took over in 2020, I knew nothing about inkjet printers or laser markers. Six printers, four different technologies, and a few expensive mistakes later, I've got a solid checklist that saves me from ordering the wrong thing.

This guide covers the three main types of Videojet printers I've dealt with: continuous inkjet (CIJ) printers, fiber laser marking systems, and thermal transfer overprinters (TTO). There are five steps—skip one at your own risk.

Step 1: Know Your Substrate & Line Speed Before You Even Look at a Model

This is where I made my first rookie mistake. I assumed any printer could handle any package. Turns out, the substrate—what you're printing on—and the line speed determine almost everything.

For example, a standard Videojet 1580 CIJ printer works great on porous surfaces like cardboard. But if you're printing on glossy plastic or metal, the ink might smudge unless you use the right ink formulation. I learned this the hard way when we tried to code some shrink-wrapped trays with a standard CIJ setup. The codes were unreadable within an hour.

Checklist for this step:

• Substrate type: Porous (cardboard, wood) vs. non-porous (plastic, glass, metal)?
• Line speed: How fast does your line run? CIJ is good for high-speed (up to 300m/min), but laser might struggle if the dwell time is too short.
• Code complexity: Simple lot numbers or 2D Data Matrix codes? Lasers handle complex codes better.

Step 2: Match the Technology to the Job—Don't Let a Rep Sell You a Ferrari for a Commute

Here's a quick breakdown of what each Videojet technology is actually good for. I'm not 100% sure this covers every edge case, but it's based on my experience managing about 60-80 orders annually across 8 vendors.

Videojet Continuous Inkjet (CIJ) Printers

These are the workhorses. Think the Videojet 1510 or 1580. They're versatile, fast, and handle most substrates. But they need regular cleaning solution and maintenance. If your line stops for a week, the printhead might clog. We had that happen once. Cost us a shift of downtime.

Videojet Fiber Laser Marking Systems

If you're marking metal, plastic, or high-end packaging (like pharmaceutical blister packs), a 5kW fiber laser weld marker is the way to go. No ink, no solvents, no consumables. But they're expensive upfront. I quoted one for a project last year—it was about three times the cost of a CIJ printer. The surprise wasn't the price, though. It was how much we saved on consumables over two years.

Videojet Thermal Transfer Overprinters (TTO)

These are for flexible packaging—films, pouches, labels. They print sharp, high-resolution codes, but the ribbon costs add up. We use them for food packaging where appearance matters. Honestly, I prefer them for date codes on opaque films. They just look cleaner.

Step 3: Don't Skip the Testing Phase (I Almost Did, and It Nearly Cost Me $6,000)

In my first year, I made the classic assumption error: I thought 'standard' settings meant the same thing to every product. A vendor offered to test their machine on our sample, but I was in a rush and declined. We ordered the printer. It didn't work on our material.

So glad I convinced my boss to let us do a trial first. We sent a box of our actual packaging to Videojet, they ran a test, and the results were... not great on the first try. The Videojet continuous inkjet printer they recommended at first actually smeared on our glossy carton. They swapped the ink formulation, and it worked perfectly on the second try.

Rule: Always test your actual product with the specific printer model and ink/ribbon combo. Most suppliers offer this for free or a small fee. If they don't, that's a red flag.

Step 4: Calculate Total Cost of Ownership (TCO)—Not Just the Sticker Price

I've seen too many buyers pick the cheapest printer only to get hammered on consumables and maintenance. To be fair, budgets are real—I get it. But the hidden costs add up.

Here's a rough breakdown from my spreadsheet:

• CIJ: Lower upfront ($10k-20k), but ink and cleaning solution cost about $2-4k annually. Printhead replacement every 2-3 years: $1k-2k.
• Fiber Laser: Higher upfront ($30k-60k), but near-zero consumables. Maintenance is mostly cleaning the lens. Over 5 years, laser is often cheaper.
• TTO: Moderate upfront ($15k-25k). Ribbon cost depends on usage—expect $1-3k annually. Printhead wears out faster than laser but slower than CIJ.

As of January 2025, I'd say the sweet spot for most medium-volume lines is a Videojet CIJ for general coding and a fiber laser for permanent marks on hard surfaces. That combo covers maybe 90% of what we ship.

Step 5: Check the Support & Parts Availability (Don't Learn This the Hard Way)

Like most beginners, I assumed all vendors had the same support. Nope. One of our previous suppliers (not Videojet) had a 3-week lead time on a printhead. Our line was down for $1,200/hour.

Videojet's global service network is a real advantage. For the 1580 model, I can get original parts and cleaning solutions shipped within 48 hours in most cases. That's not small talk—that's saved our bacon twice. Once when a pump failed, and once when we ran out of make-up fluid on a Friday night.

Point: Ask the rep for the average lead time on critical parts (nozzle, pump, printhead) and response time for service calls. Get it in writing.

Common Mistakes & Things I Wish I'd Known

Alright, so here are a few things that bit me or people I trust:

• Low-cost ink is not a bargain. I tried a 'compatible' ink once. Saved $400. Spent $2,000 cleaning the printhead and replacing filters. Stick with original Videojet cleaning solution and ink.
• Fiber laser won't mark everything. It's great for metal and some plastics, but it won't work on clear glass or transparent film. For those, you need a different laser type (CO2) or a different technology entirely.
• Don't assume your line speed. Measure it. I incorrectly estimated our line speed at 100 units/min. It was actually 180. The CIJ printer we bought couldn't keep up. We had to add a second printhead.
• Training matters. The operator manuals are thick. Budget for half a day of on-site training. It pays for itself in reduced errors.

This approach worked for us, but we're a mid-size B2B company with predictable production patterns. If you're a seasonal business with demand spikes, the calculus might be different. I can only speak to our context.

Hope this saves you a few headaches. And yeah, stick with genuine parts. Learn from my mistakes.