Novanta Lasers for Office Administrators: What You Need to Know Before Buying

Getting Started with Novanta: An FAQ for Office Administrators

When I took over equipment purchasing in 2022, I had zero laser experience. Our engineering team needed a marking system, and I was the one tasked with figuring it out. Here's what I wish someone had told me upfront—including where Novanta fits in.

1. What is Novanta, and where are they based?

Novanta is a laser photonics and precision motion control company. Their headquarters is in Bedford, MA—about 20 minutes from Boston. That's what people mean when they say "Novanta Bedford MA."

Their bread and butter is industrial-grade laser components for cutting, engraving, welding, and marking. They're a Tier 1 supplier to big OEMs. You won't find them selling to hobbyists. If you're reading this because your engineers asked about Novanta, they probably need heavy-duty hardware—not a desktop unit.

2. Is a 15W laser engraver from Novanta right for our shop floor?

Depends on your application. A 15W laser engraver (fiber laser) is common for serial numbers, barcodes, small logos—the type of marking that needs to be permanent and precise. I've seen these used on metal parts, plastic housings, even some coated materials.

That said, don't expect a 15W engraver to cut through 1/4" steel. It won't. It's a marking tool, not a cutting tool. Our engineers explained it like this: "Laser power for marking is like ink for a pen—you need enough to make a clear mark, but more doesn't always help." So verify your use case before going bigger, or smaller. (Should mention: we'd built in a buffer of wattage for future needs, which I'd recommend.)

3. How do I even start the purchasing process for a laser?

This was the part that tripped me up. You don't just buy a "Novanta laser" off a shelf. They sell components and systems through integrators and authorized resellers. So your first step is getting an engineering spec sheet from whoever will use it—required power, wavelengths, beam quality, and so on.

Then you contact Novanta directly (their website has a contact form) or find an authorized partner in your region. I'd recommend getting at least two quotes, and asking each vendor to confirm the specs match your engineers' requirements. When I compared our Q1 and Q2 quotes side by side—same specifications, different integrators—I finally understood why the details matter so much. One vendor quoted a laser with a slightly different wavelength that wouldn't have worked for our parts.

I'm not an engineer, so I can't speak to the specific wavelengths. What I can tell you from a procurement perspective is: get the engineers to write down the must-haves before you email anyone. Saves a lot of back-and-forth.

4. What should I budget for a Novanta-based system?

Industrial laser marking systems typically run $15,000 to $50,000+ depending on configuration, power, and integration. That includes the laser source, controller, cooling if needed, and often the enclosure. Installed and calibrated, probably on the higher end.

This was accurate as of mid-2024. The market changes fast—component shortages or new tech can shift pricing. So verify current pricing with Novanta or authorized partners.

Oh, and the $50 difference per project doesn't apply here. We're not talking about premium vs. budget consumables. The $5,000 difference between two quotes could mean a warranty difference, service availability, or whether training is included. Ask what's included. I learned this the hard way when our finance team rejected an expense because the vendor couldn't provide proper line-item invoicing—handwritten receipt only. I ate that $800 mistake out of our department budget. Now I verify invoicing capability before placing any order over $1,000.

Bottom line: budget for the system, and budget for 2 days of on-site training. The training is what makes the equipment usable.

5. How long does the order process take? Are there hidden costs?

From spec to delivery, expect 8-16 weeks. These aren't off-the-shelf items. The laser source may be built to order, then integrated with your motion control and safety system. For our marking system, it was 10 weeks from PO to arrival on the dock.

Hidden costs I've encountered:

• Crating and shipping — heavy equipment, specialized crating can add $500-$2,000
• Installation and calibration — some vendors include this, some charge $2,000-$5,000
• Training — 1-2 days at $1,500-$3,000 per day (plus travel)
• Exhaust ventilation — for marking that produces fumes, you may need to add an exhaust system
• Spare parts kit — recommended but often separate: lenses, protective windows, maybe a replacement laser source down the line

I only believed in the importance of a spare parts kit after ignoring it and having a $4,000 emergency when our laser went down during a production run. The vendor who couldn't provide proper invoicing cost us $2,400 in rejected expenses. That unreliable supplier made me look bad to my VP when materials arrived late. So verify the total cost of ownership early.

6. What risks do I need to watch out for?

Two big ones from an administrative perspective:

Wavelength mismatch. If the laser wavelength isn't suitable for your material, it won't mark properly—or at all. This is a technical spec your engineers must verify. Don't trust a salesperson who says "it'll work." I've seen this go wrong.

Regulatory compliance. Industrial lasers come with safety requirements: laser safety eyewear, interlocks, machine guarding, and possibly FDA registration (for Class 4 lasers). This gets into regulatory territory, which isn't my expertise. I'd recommend checking OSHA and local regulations before finalizing the order. Our legal team flagged it at the last minute, causing a 3-week delay. (Should mention: we were using a Class 4 fiber laser, which has more stringent requirements than lower-power engravers.)

7. How does Novanta compare to other options I might consider?

I can't name specific competitors, but I can tell you what to look for: the total package of hardware, software, and service. Novanta is strong on the hardware side—their photonics engineering is top-notch. Where I've seen gaps is software integration support, which varies by integrator. So ask about the software stack they recommend and who supports it.

Also, Novanta's global support network is a selling point. If your company has multiple locations (like ours—three sites across the country), having one vendor with multi-region support can simplify training, spares, and servicing. In our 2024 vendor consolidation project, that was a key factor.

Looking back, I should have asked for references from other procurement peers who bought similar equipment. At the time, it seemed like a technical question for engineers. But the real-world experience of delivery time, quality consistency, and after-sales support is exactly what an administrator needs to know.

8. So what's the bottom line for me, the admin buyer?

If your engineers specify Novanta, it's probably for good reasons: reliability, precision, and engineering expertise. The purchase process is more complex than buying office supplies, but manageable if you:

• Get a clear spec sheet from your engineers first
• Quote through authorized integrators (ask what's included)
• Budget for training and installation
• Plan for 10-16 week lead time
• Verify safety and compliance requirements

The way the equipment performs reflects on your company's brand and professionalism—when we switched from a budget system to a Novanta-based solution, production quality improved noticeably, and our client gave us fewer rework requests. That's worth something.