If you are reading this, you are probably staring down at least two different quotes for a coding and marking solution, and they look like they are from different planets. A brand new Videojet 37e. A used Videojet CIJ printer. A baby CO2 laser system. Maybe you have even looked at the specs for an eye CO2 laser and wondered if the marking machine design could handle your line speed.
I have been there. As a procurement manager who has tracked every dollar of a six-figure printing budget over the last six years, I can tell you this: there is no one-size-fits-all answer. The cheapest option on day one can be the most expensive over three years. The choice depends entirely on your specific situation.
Here is how I break it down for my own purchasing decisions. I think of it as three distinct scenarios. Figure out which one you are in, and the right path becomes much clearer.
Scenario A: The High-Volume, High-Mix Line (New Videojet 37e Territory)
Who this is for: You are running a production line that runs more than 8-10 hours a day, 5-6 days a week. You are coding on a variety of substrates—plastic, glass, foil pouches, maybe even some metal. Your operators are not specialized technicians, but they are well-trained on industrial equipment.
This is the sweet spot for the Videojet 37e. I fought tooth and nail to get one on our main line last year, and here is why.
First, the reliability. According to our internal tracking, we were seeing a 2-3% failure rate on text codes from our old generic ink system. That does not sound like a lot, but when you are running 10,000 units a shift, that is 200-300 rejects or, worse, 200-300 missed codes that go out the door. In Q2 2024, we switched to a Videojet 37e, and our first-pass yield on coding hit 99.8% within two weeks. The original Videojet cleaning solution and ink are part of that. We tried a 'compatible' ink once to save a few bucks. I tracked the cost in our system: the $0.02 per part savings was completely wiped out by a 50% increase in nozzle clogs and service calls.
Second, the brand new unit means a standard warranty and a predictable support schedule. In our cost tracking spreadsheet, we allocate $4,200 annually for service contracts. A used machine might save you $2,000 on the upfront price, but without that warranty, you are gambling that the printhead and pump are not near end-of-life. I learned that lesson the hard way—or rather, my budget did. A 3-year-old used unit we bought for $6,000 needed a $1,800 printhead replacement in the first year. The annual total cost of ownership on the new Videojet 37e was actually 12% lower.
"This worked for us because we're a mid-size food manufacturer with predictable, high-volume runs. If you're running a small job shop with a few hundred units a day, the calculus is different."
Scenario B: The Lean Startup or Low-Volume Shop (Used Videojet CIJ Printers)
Who this is for: You are a contract packer, a small pharma startup, or a machine shop. Your coding volume is low (maybe 1,000-3,000 units per shift). You are starting out and your capital budget is tight, maybe $5,000-$8,000 total.
In this scenario, a used Videojet CIJ printer is often the smartest play. I have been in your shoes. When I was starting out, the vendors who treated my $200 orders seriously are the ones I still use for $20,000 orders. The same logic applies here.
Do not think of a used CIJ printer as a compromise. Think of it as a depreciated asset that still has 5-7 years of life left in it. The core technology in a Videojet 1510 or 1280 hasnt changed much in a decade. The key is to find one that has been factory-refurbished with a certified history. I always look for units with less than 10,000 hours of use and a clean service log.
Here is where the small_friendly perspective comes in. Many big vendors have minimum service contract values or they ignore a used machine inquiry. I will tell you, small does not mean unimportant. It means potential. Do not let a supplier treat you like a nuisance because you are buying a used unit. I once had a supplier tell me they could not offer a service plan on a used machine. I simply said, "Fine, I will buy a spare printhead and do the maintenance myself." They changed their tune pretty quickly.
The math works like this: a used Videojet CIJ might cost you $4,000-$7,000. You will spend about $2,500 a year on genuine Videojet ink and make-up. Three-year total cost: roughly $14,500. Compare that to a new laser system that starts at $30,000. For a small shop, the used CIJ is a no-brainer if your coding needs are simple (dates, lot numbers) and your volume is low.
Scenario C: The Specialized Application or High-Precision Requirement (Laser Marking Machines)
Who this is for: You need high-contrast, permanent marks on medical devices, automotive parts, or specialty packaging. You are coding on hard plastics, metals, or glass. Your volume is moderate to high, but speed is less critical than precision.
Here is where terms like baby CO2 laser and eye CO2 laser start to come up. These are not cute names for a pet laser—they refer to lower-power CO2 lasers (typically 10-30 watts) used for smaller area marking on softer materials like paper, cardboard, and some plastics.
I went back and forth between a fiber laser and a CO2 laser for a new medical device line for about three weeks. On paper, the fiber laser made sense (more durable), but my gut told me the initial cost was too high for a product that was still in pilot phase. Ultimately, we went with a baby CO2 laser. The reason was simple: the marking machine design for a CO2 laser is simpler and cheaper to maintain. The cost of replacement tubes is about $800-$1,200 every 2-3 years, versus a fiber source that costs $5,000+ if it fails.
But the laser decision is highly situationally dependent. I can only speak to domestic operations on pouch packaging. If you are dealing with the need for a deep, engraved mark on a metal tool, you need a fiber laser, a baby CO2 will not cut it (literally). The laser marking machine design for those applications includes very different beam delivery and cooling systems.
If your application requires marking on food contact surfaces with no ink migration risk, a laser is the only way to go. The upfront cost is higher, but you eliminate the recurring cost of ink, solvents, and printhead cleaning. I calculated a 4-year TCO for a CO2 laser vs. a high-end CIJ printer on a line running 12 hours a day. The laser was $0.0012 per mark. The CIJ was $0.0018 per mark, mostly due to consumables. Over 4 million marks a year, the laser saves you $2,400 annually.
How to Know Which Scenario You Are In
Here is the cheat sheet I use. Do not overthink this.
- Go new (Videojet 37e) if: You run 2+ shifts daily, your line speed is over 150 parts per minute, and you absolutely cannot afford downtime. This was accurate as of Q4 2024 pricing; verify current rates with your local distributor.
- Go used (Used Videojet CIJ) if: Your budget is under $10k, your volume is well under 100k parts per month, and your coding is basic (text, date, batch). You can afford a few hours of downtime per year.
- Go laser (Baby CO2 or Fiber) if: You need permanent, high-contrast marks that have to last for the product's lifetime, or if you are on a substrate that ink just wont stick to.
I built a cost calculator after getting burned on hidden fees twice. The 'cheap' option for a laser enclosure resulted in a $1,200 redo when the safety interlock failed an audit. Take the time to map out your specific conditions—volume, substrate, line speed, operator skill—and then match those to the technology, not just the price tag. Trust your data, not the sales pitch.
