Ortur Laser Settings & Pricing: 7 Questions I Wish Someone Had Answered Before I Started

7 Questions I Wish Someone Had Answered Before I Bought My First Ortur

I've been running Ortur laser machines for about four years now. Before that, I was in industrial laser marking, handling orders for clients who wanted everything from serial numbers on aluminum to full-color logos on acrylic. When I moved into the desktop diode laser space—specifically Ortur—I thought I had it figured out. I didn't.

In my first year (2020), I made a classic mistake: I bought an Ortur Laser Master 2 without checking the software compatibility with my workflow. Spent $350 on a machine I couldn't use for three weeks while I figured out LightBurn and basic material settings. Not my finest moment.

Since then, I've personally documented 12 significant errors on Ortur machines—some small, some that cost a $1,200 order. So here's an FAQ covering the questions I get most often, plus a few you probably haven't thought to ask.

1. What's the real Ortur Laser Master 2 Pro price?

If you Google this, you'll see prices ranging from $320 to $1,100. Confusing, right? Here's the breakdown based on what I've actually paid and seen in the market as of early 2025.

The base Laser Master 2 Pro (with 20W module) typically runs $750-850 on Ortur's site. But the 'price' question everyone asks is surface-level. The real question they should ask: what's included? I've seen people celebrate a $650 price tag, only to realize later it didn't include the air assist nozzle ($35 extra) or the honeycomb work table ($40–60). Suddenly that $650 deal is closer to $750, and you're still waiting a week for parts.

If I remember correctly, the most common configuration people buy—LM2 Pro with the 20W module, extension kit, and rotary roller—lands around $1,100–1,200. That's the 'real' price if you plan to do anything beyond flat wood coasters.

Should mention: prices fluctuate. Chinese New Year sales, Amazon Prime Day, and Black Friday all trigger 10–20% drops. I snagged mine for $720 during a flash sale in 2023. Don't pay full price unless you need it immediately.

2. Which Ortur software should I use?

This was the mistake I made. The short answer: use LightBurn for everything serious. The machine comes bundled with LaserGRBL, which is free and functional for basic engraving and cutting. But LaserGRBL has limitations—no image processing tools, no layers, and if you try color engraving on wood, you'll fight it for hours.

LightBurn is $60 (one-time license) and works with any Ortur machine. The Ortur community on Facebook and Reddit overwhelmingly recommends it for good reason. I'd argue that anyone spending $800+ on a laser cutter should budget $60 for software. Don't skimp there.

Quick note: there's also something called Ortur's own software interface that comes with newer models. It's a web-based GUI. It works for basic jobs. But if you're asking this question, you're probably looking for more than 'basic.' Get LightBurn.

3. Can you really do color laser engraving on wood?

Short answer: yes, but not in the way you probably think.

The misconception: 'Color laser engraving on wood' sounds like a CO2 or fiber laser printing CMYK directly onto the material. That's not how diode lasers work. What we're actually doing is heat-marking or oxidizing the wood surface to produce different shades based on power and speed settings. Lower power gives a light tan; higher power gives dark brown to black. You can layer settings to create a grayscale-like effect that looks like multiple colors, but it's really different burn depths and scorch levels.

For true color, you'd need a CO2 laser with specialized marking coatings, or a UV laser with color transfer film. But for 90% of hobbyists and small business owners, this 'pseudo-color' approach works well enough. I've done test runs with varying power settings on birch plywood—start at 30% power, 2000mm/min, then step up to 70% power at the same speed. You'll get 5–6 distinct shades that can simulate color quite nicely.

Oh, and the material matters. Cherry wood burns darker than maple. Avoid plywood with heavy glue lines—they create uneven scorch colors. Test first.

4. What's the best wood laser cutter under $1,000?

If you're asking this, you probably want to know: is the Ortur LM2 Pro the best in that price range? Or should I look at alternatives like the xTool D1 Pro or Atomstack A5?

I've used all three. Here's my take: the Ortur Laser Master 2 Pro has the strongest ecosystem and community support. Accessories like the extension kit, rotary roller, and air assist are widely available and compatible. The xTool D1 Pro has slightly better build quality (aluminum frame vs. Ortur's acrylic), but the xTool ecosystem is more closed. Atomstack is cheaper but has inconsistent quality control.

For a beginner who wants to grow—starting with basic engraving, then adding cutting, then rotary engraving on tumblers—I'd pick Ortur. The community alone is worth it. I've learned more from Ortur Facebook groups than from any manual. But if you prioritize build quality over community, the xTool is better. There's no single 'best'—it depends on what you value.

5. How do you use laser marking paint?

Laser marking paint (like Cermark or LaserBond) is a game-changer if you want to mark metal or glass with a diode laser that otherwise couldn't do it. I've tried it on stainless steel, anodized aluminum, and even ceramic coasters.

The application process matters more than people think. You need a very thin, even coat. I used to spray it on like spray paint—heavy coat—and wondered why the result looked blotchy and faint. The correct method: light mist coat, let dry 2–3 minutes, then engrave. Use low power (50–60%) and high speed (3000mm/min) on the Ortur 20W module. Multiple passes at low power produce better contrast than one heavy pass.

Take this with a grain of salt: the marking solution is $25–40 per can and only covers about 5–8 square feet. That's expensive per project. For small logos or serial numbers, it's fine. For full-page engravings, consider other methods. Also, ventilation is critical. I did five test runs in a closed office—bad idea. The fumes from burning marking paint are harsh. Wear a respirator.

6. What material settings should I use for common materials?

I made an $890 mistake early on (full story below), so let me save you some time and money.

Here are baseline settings for the Ortur Laser Master 2 Pro with the 20W module, using LightBurn:

• Basswood / birch plywood (engraving): 1800mm/min, 60% power, 1 pass
• Basswood / birch plywood (cutting 3mm): 300mm/min, 100% power, 2 passes
• Leather (engraving): 2000mm/min, 45% power, 1 pass
• Acrylic clear (engraving): 1600mm/min, 55% power, 1 pass
• Acrylic opaque (cutting 3mm): 250mm/min, 100% power, 3 passes
• Cardboard (cutting): 600mm/min, 70% power, 1 pass

These are starting points. Test a small area first—I keep a 2x2 inch scrap of each material nearby. And note that these settings work for the 20W module. If you have the 10W or 5.5W module, you'll need to adjust (lower speed, higher power).

I should add that the Ortur software allows you to save 'material presets.' I learned this after three months of manually adjusting settings every time. Do it early. Save yourself the headache.

7. Is the Ortur Laser Master 2 Pro worth it in 2025?

In my opinion, yes—but with one caveat: the laser engraving market has evolved a lot since 2020. Five years ago, diode lasers were the entry point for hobbyists who couldn't afford CO2 machines. Today, you can buy a small CO2 laser (40W) for $1,500. If you have the budget and the space (and ventilation), CO2 is more versatile for cutting and true color marking.

That said, for $750–850 (on sale), the Ortur LM2 Pro offers remarkable value. It's compact, reliable, and the community support is unmatched. If you're just starting and don't want to invest in a full CO2 setup, this is the best wood laser cutter in the sub-$1,000 range. Just budget for LightBurn, a few accessories, and some test materials. You'll waste less money than I did.

Dodged a bullet when I upgraded to the 20W module rather than buying a whole new machine. It dropped right into my existing frame—cost me $140 instead of $800. Always check module compatibility before buying a new unit.