Novanta Lasers for Your Business: An FAQ for Procurement Professionals

What You'll Find Here

If you're in charge of purchasing laser equipment for your company—whether it's a cutting machine, engraving system, or marking unit—you probably have a dozen questions. I manage procurement for a mid-size manufacturing firm, and when we started evaluating Novanta's lineup, I had most of them myself. Below are the answers I wish I'd had on day one, shaped by actual RFQs, vendor talks, and a few mistakes along the way.

1. What is Novanta, and where is its headquarters?

Novanta is a global technology company that designs and manufactures advanced laser systems and photonics components. Their headquarters are in Bedford, Massachusetts (just outside Boston). They also have major R&D and production facilities in Europe and Asia. I learned this during a supplier qualification call—our finance team needed the legal entity address for compliance checks. (It's 125 Middlesex Turnpike, if that saves you a search.)

2. What is Novanta photonics known for?

Novanta's photonics division focuses on precision laser subsystems and optical components—things like galvo scanners, laser diodes, beam delivery optics, and high-power fiber lasers. They're particularly strong in medical and industrial applications where reliability and repeatability matter more than raw power. I'd say their reputation is built on tight tolerances and integration friendliness. When we were designing a new marking line, their galvo scanners were the only ones that met our speed/accuracy spec without custom modifications. Not that we looked at every option—maybe we should have, but timeline was tight.

3. Can a diode laser engrave cardboard?

Short answer: yes, but results depend on the laser's wavelength and power. Diode lasers (typically 445 nm blue or 450 nm) can mark or lightly engrave cardboard, creating a brownish burn mark. However, for deep engraving or clean cuts through thicker corrugated board, CO₂ lasers are still the standard. I tested this on a Novanta diode module we had in house (a 5 W blue diode) and got a decent surface mark on plain cardboard—good enough for date codes or simple logos. But if you want to cut through double-wall cardboard, you'll need at least 40 W CO₂. Surprised me too. I was expecting the diode to struggle more.

4. Is laser cutting thin aluminum feasible with Novanta lasers?

Yes, but only with the right laser type and power. Thin aluminum (0.5–2 mm) can be cut with a fiber laser—Novanta offers models up to several kilowatts. For 1 mm thick 6061-T6 aluminum, you'll want at least 500 W continuous wave, plus a clean assist gas (nitrogen works well). I can't speak to how it performs on 0.3 mm foil—that's a different beast. My experience is based on about 15 test cuts we did for a prototype enclosure, and the edge quality was acceptable (some dross, but manageable). If you're cutting thinner than 0.3 mm, a CO₂ laser might actually be better because of absorption characteristics. The surprise wasn't the power needed—it was how much the gas purity affected cut speed. We switched from shop air to bottled nitrogen and cut time dropped by 30%.

5. How do I evaluate whether Novanta fits my company's needs?

Start with three things: material type, throughput, and integration complexity. Here's a quick checklist I wish someone had given me:

• Materials: Novanta's fiber lasers handle metals well; CO₂ models (they have some) are better for organics.
• Throughput: If you need 100 parts per minute, look at their galvo-based marking engines. If you're cutting large sheets, a gantry system might be overkill.
• Integration: Novanta sells components (laser sources, scan heads) and complete systems. For a first project, buying a turnkey system saved us ~6 weeks of engineering time. Later we switched to components for a custom line.

To be fair, every vendor says their stuff is easy to integrate. But Novanta's documentation and application support were notably better than what we'd seen from two other suppliers. That said, your mileage may vary if you're in a niche industry like aerospace composites—they might not have pre-tuned recipes.

6. What are the hidden costs when buying a laser system?

Three things I didn't budget for on our first purchase:

1. Chiller and ventilation: High-power lasers need cooling. We spent an extra $4,200 on a recirculating chiller we thought was included. (The quote said "laser system" and we assumed everything.)
2. Training and ramp-up: Even a well-documented system takes 2–3 days of hands-on training for operators. Our vendor offered it at $1,800/day. We skipped it and wasted about 40 hours of trial-and-error. Not smart.
3. Safety compliance: Class 4 lasers require enclosures, interlocks, and laser safety glasses for everyone in the room. We had to retrofit a room for about $3,000. Probably cheaper than an accident, but still a sting I remember.

I estimate the total hidden cost was around 15–20% of the machine price. A lesson learned the hard way.

7. How does Novanta compare to other brands in terms of reliability?

I can only speak to our experience with one fiber laser system (a Novanta 1 kW model) over 14 months. Uptime has been > 98%—one minor issue with a protective window contamination that was fixed via remote support. We had previously evaluated a competitor's unit (I won't name them) that had a mean time between failures of roughly 6 months according to user forums. But that's just one data point. For our production line, Novanta's reliability has been solid. Not perfect—the user interface could be more intuitive—but the core laser engine performs as specified. Would I buy again? Probably. But I'd push for a longer warranty on the laser diode (they standard offer 2 years; we negotiated 3).

Key Takeaway

Hopefully this FAQ helps cut through the marketing noise. Every laser purchase is a balance of performance, cost, and risk—and no vendor is perfect for every use case. My advice: get a sample cut with your actual material, ask for a detailed list of what's included (and what isn't), and trust your gut on the support team's responsiveness. Good luck.