Videojet CIJ Price in 2025: A Buying FAQ (Fiber Laser, 1kW CO2 Laser, and the Search Term Trap)

I'm the person who gets called when a packaging line is down or when someone says, "We need a printer by Friday." I've spent the last seven years coordinating procurement for industrial coding and marking equipment, and in that time I've handled 150+ rush orders—not counting the ones that went smoothly. This FAQ is about Videojet CIJ printer price, fiber lasers, CO2 lasers, and two search terms that keep ending up here for the wrong reasons.

Here are the questions I actually get, in the order I actually get them.

The questions I actually get

1. What does a Videojet CIJ printer cost, and what's really in the price?

The short answer: a fully configured Videojet CIJ system will probably cost you between $12,000 and $18,000 if you're buying new in North America in 2025. In Q4 2024, our quote for a Videojet 1510 was about $8,900 for the base printer and $4,800 more for printhead mounting, encoder kit, Ethernet, and a validation package—$13,700 before installation and freight. I want to say the bare-bones entry unit was closer to $8,000, but don't quote me on that.

Pricing changes fast, so verify current numbers before budgeting. More important: when you search "buy videojet cij printer," ask for a line-item quote. Two vendors can say the same model name and be $6,000 apart because one includes the things that make it work on your line and the other doesn't. The lowest number isn't a price. It's an invitation.

2. Which is better for me: CIJ, fiber laser, or CO2 laser?

CIJ—continuous inkjet—is the workhorse. It prints variable codes, expiration dates, and batch numbers on almost any material: carton, film, glass, metal. If you need changeable text at high line speed, start there. Fiber laser is for permanent marks on metal and some hard plastics: serial numbers, UDIs, QR codes. CO2 laser is often the better choice for packaging surfaces like labels, paperboard, PET, and coated cartons because the wavelength is absorbed cleanly by those materials.

Everything I'd read about laser marking said "fiber for metal, CO2 for organics"—and in practice, that rule held for us, except when it didn't. Some coated metal cans we tested marked better with CO2 than fiber because the coating absorbs the CO2 wavelength and leaves a clean contrast. So test samples on your actual substrate before choosing a technology. Don't pick a laser by reputation; pick it by the mark you need to produce.

3. What is a "CNC laser fiber" machine?

If you typed "CNC laser fiber," you probably meant a fiber laser machine with a CNC controller. There are two very different products: a CNC fiber laser cutting table and a fiber laser marking system. A cutting table moves a high-power beam across sheet metal and cuts parts out. A marking system, like the fiber lasers Videojet sells, keeps the part in place and scans a beam across its surface to create a permanent serial number, barcode, or logo.

We have both. They do not overlap. A marking laser won't cut 10 mm steel, and a 1 kW cutting laser would destroy the micro-marking optics. If your search is about engraving metal nameplates or adding traceability codes to parts, a fiber laser marker is the right category. If you're cutting sheet metal, keep looking.

4. What can a 1kW CO2 laser do, and does Videojet make one?

A 1kW CO2 laser is a serious cutting tool. It can cut wood, acrylic, and thin steel with assist gas. It is not a coding laser. Industrial marking CO2 lasers are much lower power—typically 10 to 60 watts—and they're designed to scribe date codes and lot numbers onto cartons, labels, bottles, and coated packaging. Videojet doesn't sell a 1kW CO2 laser marker because that's not a marking category; it's a cutting category.

I've had three requests this year alone where someone asked for a "1kW CO2 laser" and actually needed a small CO2 coder for a bottle line. Big number. Wrong tool. If you're marking, you don't need kilowatts. You need the right wavelength, the right focal distance, and a scan head that can keep up with your line.

5. Is CO2 laser facial rejuvenation related to industrial CO2 laser marking?

No. Zero relationship. A dermatology CO2 laser ablates skin tissue for cosmetic and medical procedures. An industrial CO2 laser marker is a production machine that puts codes on packages or parts. A Videojet CO2 marker is not a medical device, and pointing any laser at a person is dangerous. If you found this page because of "CO2 laser facial rejuvenation," this is the wrong page. Talk to a board-certified dermatologist, not an industrial equipment seller.

Why do I include this? Because enough people type that phrase into industrial coding searches that it's worth saying clearly. Wrong search. Wrong machine. Wrong everything. And if you're on the packaging side, this is also a reminder that a CO2 laser is a tool category, not a miracle device. The magic is in the optics, the controller, and the application.

6. Is it worth paying more for original Videojet ink and cleaning solution?

I'm not going to tell you every third-party consumable is bad. What I can tell you is what happens when the risk shows up. We once bought an ink that claimed to be "OEM equivalent" for a CIJ line. The supplier couldn't provide a viscosity data sheet, but the price was 40% lower. Two weeks later, a printhead failure cost $2,800 in parts and service, plus six hours of downtime. That $600 savings turned into a $3,000 problem.

Since then, our policy is simple: original Videojet ink and cleaning solution on critical production lines. For non-critical, low-volume lines, we'll validate an alternative first, but "works with" has to be backed by data. Under FTC advertising guidelines (ftc.gov), a claim like "equivalent" or "safe for use in inkjet coders" has to be truthful and substantiated. Ask for the substantiation—a data sheet, a compatibility test, a certificate. If there's no substantiation, that's your answer.

7. What if I need a Videojet CIJ printer in a rush?

This is where I've made my peace with spending money. In March 2024, a contract packer called at 2 p.m. on a Wednesday. They needed a CIJ printer installed and running by Friday morning, or their customer would invoke a $50,000 penalty clause. Normal lead time was two weeks. We found a regional distributor with stock, paid $1,200 in expediting fees, and had a field technician drive it to the site. The printer was running by Thursday afternoon. Actually, it was Thursday late afternoon—close enough that I didn't sleep much.

That experience was the third time we scrambled; after that, we created a formal rush-procurement policy. The point isn't to avoid rush fees. The point is to know who to call, what the fee is, and whether the machine will arrive configured for your line. A printer delivered in 24 hours that needs a week of integration is worse than no printer at all.

8. How do you calculate the real total cost of a Videojet CIJ buy?

I'll give you the same calculation I use before every purchase. Total cost = purchase price + installation + consumables per year + average annual service + downtime cost per hour × expected failure rate + operator training + resale or reassignment value. Or, more simply: what does this machine cost me per thousand prints on my line? The base price is the smallest number on that spreadsheet over five years.

This worked for us because we operate long, predictable production runs with a steady mix of substrates. If you're a job shop with short runs and constant changeovers, the calculation shifts—maybe a CIJ is too much machine and a thermal transfer or TIJ printer makes more sense. That's not a limitation of the equipment; it's a fit issue. Get quotes, build the five-year model, and then beat up the numbers. Don't just search "videojet cij price" and stop at the sticker.