If you quote laser cutting by the inch, you're setting yourself up

If you're looking for a simple 'price per inch' for laser cutting, I'm going to tell you something you won't like: that's the wrong starting point. In my opinion, too many laser cutting quotes fail because they start from a rate card instead of from the actual job.

I coordinate laser processing for a custom manufacturing operation. I've priced and triaged hundreds of jobs over the last three years, including same-day turnarounds for clients who were one bad part away from a line shutdown. I learned this the hard way, and I understand why people ask 'how do you price laser cutting?'—they want a formula that works.

Here's the short answer: you price laser cutting by time, by risk, and by the cost of getting it wrong. Not by the inch.

Time is the real currency

From the outside, laser cutting looks like the machine eats a part in seconds. The reality is machine time is usually the smallest part of the quote.

Take a simple stainless steel bracket, 3 mm thick. The cut time might be 90 seconds. But the quote needs to cover programming, nesting, material handling, deburring, inspection, and power verification. If you price by the inch, you're charging for the 90 seconds and ignoring the three hours around it.

Here's a version of the formula I actually use:

Quoted price = (run time × machine hour rate) + (setup time × labor rate) + material cost + first article inspection + risk buffer

That's it. Not exciting. But it works.

Last quarter alone, we processed 47 rush orders with 95% on-time delivery. The ones that hurt were the ones where I quoted on a simple rate card instead of sitting down and thinking about what the job actually needed. 'This part will be quick' was the most expensive sentence I've ever said.

The same geometry can cost 10x more

A circle in 1 mm mild steel and the same circle in 6 mm titanium are not the same job. Mild steel might be a few dollars per part at quantity. Titanium might need a slower feed, different assist gas, more cleanup, and a much higher risk of ruining the part. If you quote every material like steel, you'll lose money on one and lose the job on the other.

It's also about the feature details. 'Tolerance ±0.5 mm' is very different from 'Tolerance ±0.05 mm.' The second one means measuring, and measuring takes time. Time is what you're actually selling.

People assume the hardest part is the laser itself. It isn't. The hardest part is the fixturing and the sequence: hold the part, cut the features, avoid warping, remove burrs, verify dimensions. That's where the cost hides.

The laser is not a black box

Here's an argument people don't expect: a laser cutting quote is only as reliable as your laser measurement.

If you're running an industrial system with a Coherent laser source, you've paid for beam quality and stability. But even a stable source needs verification. In production, we use a Coherent laser power meter on a regular schedule. Why? Because cutting speed and final edge quality are directly tied to power at the work surface. If the power is 15% lower than it should be, the job may still 'cut,' but the edge gets worse, dross appears, and you either redo the part or send out a bad one.

I assumed 'same specs' meant same performance once. Didn't verify. Turned out the actual output was low, and we wasted an afternoon blaming the wrong thing. Learned never to assume the label is the truth.

Safety matters here too. When someone asks about the Coherent Verdi 5W 532 nm laser class, the answer is Class 4 under ANSI Z136.1—high power, serious eye hazard from direct and diffuse reflections. That's not a marketing detail. It's part of the engineering risk, and if you don't budget for safety controls, your pricing is incomplete.

Not every 'CO2 laser' is the same tool

It sounds obvious, but a lot of search traffic lands on 'CO2 laser' expecting one answer. For example, CO2 laser resurfacing in Dulles VA is a medical/skin treatment. It uses the same wavelength family—around 10,600 nm—but with a totally different beam, pulse, scan pattern, and intended effect. It is not a precision cutting tool for steel or acrylic. If you're comparing prices for industrial CO2 laser cutting, don't use a medical treatment center as your benchmark. Different machines, different controls, different cost structure.

The same logic applies to specialty parts. A while ago, a customer needed custom blanks that matched the profile of VMC stinger hooks for an R&D test—not for fishing, but for evaluating corrosion and strength. Each part was tiny and had a very specific geometry. If I quoted it by the inch, it would have been a joke. Quoted by setup time, measurement, and the likelihood that we'd ruin a few prototypes, it made sense for both sides.

But rate cards are faster

Look, I get it. You need to send a quote before the customer forgets about you. To be fair, for one simple material and one thickness, a per-inch or per-part rate can work. I've used it. It's fine for 80% of simple mild-steel jobs.

But the moment you add a different material, a tight tolerance, a rush timeline, or a part that needs hand finishing, the rate card starts lying to you. It's not a question of if you'll lose money. It's when.

Here's the thing: the customer isn't asking 'how much per inch.' They're asking 'how much will this exact part cost, and will you deliver it right?' If you can't tell them how the time is spent, you're going to underprice the hard jobs and overprice the easy ones. If you ask me, that's the worst combination.

Rush jobs are where the hidden costs bite

Rush pricing is where the emergency specialist in me gets loud. In March 2024, a client called at 4:30 PM with a down manufacturing line. They needed a small stainless part by 7:00 AM the next day. Normal turnaround: three days. We didn't multiply the normal price by three. We quoted the actual disruption: after-hours labor, a stop on another job, and a courier fee. The quote was about 2.5x normal. They paid it, because the alternative was an estimated $42,000 of downtime. The part was delivered by 5:50 AM.

Real talk: if a rush job doesn't cost more, the normal jobs are subsidizing it. And that's exactly how a machine shop goes broke.

The honest version

I'm not going to tell you this is the only way to price laser cutting. If you make one part, from one material, all day long, simplify. I'm not going to say a Coherent laser is 'better' or 'worse' than any other option. The right question is: can your laser do the job repeatedly, and do you know its actual power today?

This was accurate as of our quoting process in Q1 2025. Laser systems, safety standards, and material costs change. Verify current rates and standards before you send a quote.

Here's my position, in one sentence: price the hours, the risk, and the cost of being wrong. The laser is just a tool.