How Much Are Laser Cutters? ORTUR Laser Master 20W vs. Metal-Cutting Lasers

Every few months, someone in our shop asks the same thing: “How much are laser cutters?” It sounds like a simple procurement question. It isn’t. I’ve been managing equipment and material budgets for a 22-person prototyping and short-run production shop for the past six years, and the shortest useful answer I can give is another question: what does the machine need to process on a normal Tuesday? A desktop system like the ORTUR Laser Master 20W and a metal-cutting fiber or CO2 system can both be listed as “laser cutters.” They can even sit in the same category on a purchase order. But they are different tools with different cost structures, different consumables, and different limits.

In this comparison, I want to help you avoid the mistake I made early in my career: assuming that more power or a higher price tag is always the better choice. The truth is that a stencil laser cutter search can land you on either side of this comparison depending on the material. And the material is the variable that most people forget when they look at pricing.

The comparison sheet I use before buying a laser

When our shop first explored laser equipment, I built a simple comparison sheet. It has four lines: upfront price, material range, running cost, and idle cost. The first line gets all the attention. The other three are where the budget problems appear.

Here is how that sheet works when comparing an ORTUR-style diode laser platform with a bigger fiber or CO2 machine that can handle laser cutting steel.

Dimension 1: How much are laser cutters at the start?

Let me give you the price context first. As of January 2025, a complete ORTUR Laser Master 20W setup—laser frame, 20W module, and the usual pieces—is priced in the hundreds-to-low-thousands range on ORTUR’s official store, depending on bundle options. I’m not going to quote a single number because kits, promotions, and shipping offers change. The more useful point is that this platform is a manageable capital expense for a small B2B operation.

The machines I quote when a customer genuinely needs laser cutting steel are in a different bracket. Entry-level metal-cutting fiber lasers started in the four-figure range in our most recent vendor review, and that was before the chiller, fume extraction, and installation work. CO2 systems vary by wattage and bed size, but once you get into thick material capability, the supporting costs multiply.

So the honest answer to “how much are laser cutters?” is: if your material is wood, acrylic, leather, paper, or coated metal, the ORTUR 20W class is affordable. If your material is bare steel, the machine price is only the beginning.

Dimension 2: What a 20W diode laser will and will not cut

I need to state the boundary clearly. A 20W diode laser cannot cut steel. It can mark some steel surfaces if the coating or material preparation is right, but that is surface work. It does not have enough power density to melt through and separate a steel sheet. If your job is cutting out a steel stencil or producing steel parts, a diode laser is the wrong tool. That work needs a fiber laser or a high-power CO2 system with the right optics and assist gas.

The ORTUR Laser Master 20W is a legitimately useful machine for many shops, but it is not a mini metal-cutting laser. The clever part is knowing when that limit matters. If 80 percent of your daily work is engraving, cutting non-metal blanks, or creating prototypes, the limit doesn’t hurt you. If a customer tells you they need stainless steel stencils for production, it matters a lot.

This is also where the phrase “stencil laser cutter” gets tricky. A non-metal stencil made of Mylar, cardstock, acrylic, or thin plywood is well within reach of a diode laser. A metal stencil for solder paste or industrial marking is not. When you define “stencil” by its material, the machine decision becomes almost obvious.

Dimension 3: Running costs change the break-even point

After tracking invoices for six years, I can tell you that the machine price is rarely the largest number on the total cost of ownership sheet. In our first year of laser work, the biggest surprise was not the big machine’s price tag. It was the support ecosystem: air assist, ventilation, replacement lenses, safety gear, and the time spent dialing in material settings.

A desktop diode system like the ORTUR 20W draws less power, requires less safety overhead than a metal-cutting system, and is easy to keep operational. The trade-off is speed. It is slower on many materials, so if you are running high volume, labor hours can eat into the savings.

A fiber laser or industrial CO2 system is faster on thicker materials, but it comes with higher fixed costs: more electricity, cooling systems, assist gas, and maintenance windows. Those costs are fine if the machine is earning its keep. They are brutal if the machine sits idle for two months waiting for one steel project.

That last point is the one I wish more buyers would put into their cost calculations. The cheapest laser in the world is not cheap if it is the wrong wavelength for the material you process every day. The most expensive laser is also not a mistake if it eliminates an outsourced cost that has been eating your margin for years.

Dimension 4: The “one machine can do everything” warning

When I compare laser systems, I listen carefully to what a supplier is willing to say no to. A representative who tells you that one machine will handle all of your cutting, marking, and welding jobs is not helping you. There is a reason industrial buyers talk about specialist tools. A fiber laser’s job is to cut metal quickly and cleanly. A diode laser’s job is to process non-metal materials with low operating cost. A 20W diode engraver that could also cut steel would be a great sales pitch, but it would not survive contact with a steel sheet.

The best quote I received during one equipment review came from a vendor who said, “This is not our strength. For steel stencils, you should talk to someone with a fiber laser. If you buy this machine from us for metal work, you will be disappointed.” I did not take my business elsewhere. I ordered the non-metal machine from them and sent the steel files to the specialist shop. That division of work is not a weakness in the supply chain. It is how good procurement works.

Steel stencils: buy a fiber laser or outsource the work?

If your search for a “stencil laser cutter” is really about steel stencils, take a pause before buying anything. In a B2B context, steel stencils are often a production component, not a creative sideline. You might need twenty solder paste stencils per month, or you might need a hundred steel masks for a new product launch. Those quantities change the decision.

At our shop, we do not own a metal-cutting fiber laser. We outsource laser cutting steel to a local specialist when the job requires it. In the meantime, we keep a desktop ORTUR 20W laser engraver running for internal prototypes, signage, and non-metal stencils. That split feels inefficient on paper. In practice, it has saved us thousands of dollars because we are not paying depreciation on a high-power laser that would run for only a few hours each month.

Verdict: Which laser makes sense for your shop?

Here is my honest verdict after managing laser-related purchases for several budget cycles:

• Buy the ORTUR Laser Master 20W (or another quality diode platform) if your core work is engraving, non-metal cutting, or non-metal stencil making. Pair it with an outsourced metal cutting service for the occasional steel request. This is the lowest-risk starting point for many small B2B shops.
• Invest in a fiber or industrial CO2 system if metal cutting or steel stencil production is a consistent revenue line. Then use the diode laser for the jobs it handles better, not as a replacement for the metal-cutting system.
• Before you choose, build the same four-line comparison sheet I use: upfront price, material range, running cost, and idle cost. Get three quotes, but compare those four lines, not the first line of each quote.

There is no universal answer to “how much are laser cutters?” The answer is tied to the material in your work queue. A 20W diode laser is enough for a lot of shops, as long as you do not ask it to do steel cutting. And a metal-cutting laser is worth every dollar, as long as its cost is spread across work that actually needs it.