Products Offered by AEON Laser USA: CO2, Fiber, UV, and More (Including the Ones You’re Probably Confused About)

What You’re Here For

If you’re searching for what aeon-laser sells, you’ve probably seen the product names—Nova, Mira, Redline—and wondered which one actually fits your shop. I wrote this after spending a year helping friends set up their first laser systems (and making some expensive, head-shaking mistakes along the way). Below are the questions I wish I’d asked before ordering.

Quick index:
- What products does AEON Laser USA offer?
- Is the Aeon Nova 10 the right cutter for wood/acrylic?
- Can you laser engrave gold with an AEON fiber marker?
- What about laser etching on plastic—is it the same as engraving?
- Can you laser cut wood with any AEON machine?
- What’s the weirdest thing I’ve seen people try to laser?

What products does AEON Laser USA offer?

Let me save you a click: AEON Laser USA sells a full range of laser systems, covering four main technologies:
- CO2 laser cutters/engravers (the Nova and Mira series)—ideal for wood, acrylic, fabric, paper, leather, and some plastics. Not for metal (unless you’re doing coatings or marking).
- Fiber laser engravers/markers (the Fiber series)—for metals, some plastics, ceramics. Think serial numbers, barcodes, logos on metal parts.
- UV laser markers (the UV series)—for high-contrast marking on plastics, glass, and other heat-sensitive materials. Less common, but perfect for electronics and medical devices.
- Laser welding and cleaning systems—industrial-grade gear for repair shops, restoration, and manufacturing.

What most people don’t realize is that AEON doesn’t just sell “a laser cutter” or “a laser marker.” They sell systems designed for different jobs. I once recommended a CO2 machine to a friend who wanted to mark stainless steel (oops). We learned the hard way: CO2 is for non-metals; fiber is for metals. The two don’t swap roles.

Is the Aeon Nova 10 the right cutter for wood/acrylic?

Short answer: yes, for most hobbyist and light commercial work. The Aeon Nova 10 is a CO2 laser with a 10-inch by 10-inch-ish work area (depending on configuration) and typically a 60-80W tube. It cuts 1/4-inch plywood cleanly, passes through 1/8-inch acrylic like butter, and engraves beautifully.

But here’s the thing: people think “Nova 10” means it cuts everything. It doesn’t. My first month running one, I tried cutting 1/2-inch hardwood on maximum power. The result? A charred mess and a $320 ruined piece. I’d have been better using a fiber laser or a router. The Nova 10 is a precision tool, not a demolition saw. If you’re cutting thick materials repeatedly, look at the larger Nova or the Mira series with a higher watt tube.

Can you laser engrave gold with an AEON fiber marker?

Yes—but only thick gold, and only if you set it up right. I’ve seen customers ask, “Can you laser engrave gold jewelry?” The answer is: a fiber laser (like AEON’s 20W or 30W markers) can mark 14K or 18K gold with a dark, high-contrast finish. It works because the fiber wavelength is absorbed by the metal surface, creating a micro-etch rather than a burn.

Now, the “but”: don’t try this on gold plating over base metal. The laser will burn through the plating and expose the substrate—looks terrible. I know because I ruined a batch of 50 commemorative coins (gold-plated brass) for a client in 2023. They looked fine on the screen, but the first production run showed spots of raw brass. Cost me $450 in redo plus a week of delay. I now maintain a pre-check list: “Is it solid gold, or is it plated? If plated, use a different method.”

What about laser etching on plastic—is it the same as engraving?

Not exactly, and confusing the two is a common (and costly) mistake. Laser etching on plastic is a surface-level process that removes a thin layer, creating a white or frosted mark. It’s fast, cheap, and works great for keycaps, electrical panels, and packaging.

Engraving, on the other hand, cuts deeper into the material—think permanent labeling or decorative effects. For plastics like acrylic, CO2 engraving gives a clean, polished edge. But if you try to “engrave” thin ABS plastic with the same settings, you’ll melt it. The assumption is that the higher power cuts deeper faster (true for wood). The reality is that plastics have specific thermal thresholds. I’ve made this error more than once: I had a rush order for 200 plastic tags (July 2024) and set the power too high. Each tag had a melted edge. Total loss: $220 plus my client’s trust (ouch).

If you’re unsure whether you need etching or engraving, start with low power on a test piece. Seriously—save yourself the headache.

Can you laser cut wood with any AEON machine?

No—and this is the most dangerous assumption I see in the community. Can you laser cut wood? Yes, with a CO2 laser (Nova, Mira). No, with a fiber laser (Fiber series) or a UV marker. Fiber lasers are great for metal marking but terrible for wood: they don’t absorb well, and you’ll get a burnt, uneven cut. UV lasers are even worse—they’re designed for plastics and glass, not organic materials.

Why does this matter? Because I nearly bought a fiber system for my wood shop a couple years ago. The sales rep (not from AEON, but another brand) told me, “Oh, it can cut wood fine.” I asked to test it—good thing I did. The result was a mess. I dodged a bullet there. If you’re primarily cutting wood, stick to CO2. If you need both metal marking and wood cutting, look at a multi-platform setup (CO2 + fiber), not a single machine that tries to do both poorly.

What’s the weirdest thing I’ve seen people try to laser?

I’ll never forget the client who wanted to laser engrave a batch of chocolate bars. Honest. They showed up with a box of premium Belgian chocolate and a UV marker—and we actually made it work (delicate job, high-contrast, but edible).

But here’s the lesson I took from that: the limits of laser systems aren’t just about material compatibility. They’re about safety, heat tolerance, and practicality. Cutting wood is straightforward. Etching stone is possible. Engraving gold is doable. But trying to weld two different metals with the wrong laser? That’s a recipe for nothing but smoke and regret.

If you’re ever unsure, ask someone who’s already made the mistake (like me). I keep a public log of my failures—it’s saved more than one shop from repeating my errors.