Which AEON Laser Is Right for You? MIRA vs NOVA vs Super NOVA

Instead of asking “Which AEON laser is best?”, ask “Which machine makes my everyday work easiest?” A shop making small personalized gifts needs something very different from a sign shop nesting dozens of acrylic letters. Before you compare models, write down five things:

1. Your largest normal piece. Think of what you make every week, not the giant project you take once a year.
2. Your main materials. Note their usual thickness and whether you mostly cut, engrave, or both.
3. Your batch sizes. How many pieces per run, and how often you repeat jobs.
4. How much detail you need. This matters most for photos, fine text, and small logos.
5. Your shop limits. Floor space, doorways, electrical service, ventilation, and room to load material.

Those answers help you avoid two costly mistakes: a bed that's too small to keep up, or more machine than your business can use. Send your answers to sales@aeonlaser.us, and our team will help you narrow the list.

Still defining your product mix? Explore AEON Laser USA’s guide to profitable laser-engraved products. Use those examples to estimate normal blank sizes, material types, order quantities, and the proportion of cutting versus engraving in your future workload.

Three decisions that build your shortlist

Use these questions in order. Each answer narrows the range without relying on wattage alone.

The work area decides more than the biggest thing you can fit. It sets how many parts fit in one run, how well you use each sheet, and how often you reload. A bigger bed can speed things up even if every product is small.

Measure your real blanks, jigs, and fixtures, then compare them to each machine's usable work area. For example, the MIRA 5S has an 11¾ × 19¾ in. bed. That's a great size for personalized products, awards, and smaller batches. Front and rear pass-through doors let you feed in longer material, but they don't widen the cutting area. Our bed size guide walks through the fit test.

Glass CO₂ tubes are the go-to choice when cutting wood, acrylic, and other non-metals is most of your work. They engrave well too. Metal RF CO₂ sources shine when fine detail and fast, consistent engraving are central to your business. They aren't automatically better for every cutting job, so compare the whole machine, not just the tube. Our RF vs. glass guide covers the trade-offs.

Dual- and multi-source systems like Super NOVA let you skip the trade-off. You get a cutting-focused CO₂ tube and a fine-detail RF source in one machine. Select Super NOVA 16S builds also add MOPA fiber for metal marking. Keep in mind that marking metal isn't the same as cutting sheet metal, which takes a different kind of machine.

We offer seven models across the three families. Use this table to build your shortlist.

MIRA S is for shops where floor space matters, but the laser still has to perform like a pro. Cooling, air assist, and exhaust are built right in, along with camera positioning, autofocus, and pass-through doors.

• MIRA 5S: Your products are small and a compact footprint matters. Go glass for all-around cutting and engraving, or RF for fast, fine engraving.
• MIRA 7S: The 5S would make every batch feel cramped. You get a bigger bed and your choice of glass or RF.
• MIRA 9S: You want the largest MIRA bed and 100W of glass CO₂ for heavier cutting.

If you're constantly splitting signs or sheets into sections, it may be time to look at NOVA. Not sure if MIRA is enough? Start a chat with Luma on our website, and we'll check the fit with you.

NOVA S is for businesses where sheet size and batch capacity drive profit. A bigger bed means fewer reloads, better nesting, and room for products that won't fit on a compact machine. The NOVA 14S and 16S are large, floor-standing systems. Plan for doorways, unloading, service clearance, power, and ventilation before delivery day.

Super NOVA is built for shops that need more than one laser source. The Super NOVA 14S pairs a 130W glass CO₂ tube with a 60W metal RF source. You pick whichever one suits the job. The Super NOVA 16S comes in four configurations:

• 150W glass CO₂ + 60W metal RF CO₂
• 260W dual-core glass CO₂ + 60W metal RF CO₂
• 150W metal RF CO₂ + 60W MOPA fiber
• 250W Iridion Destiny ceramic-core CO₂ RF + 100W MOPA fiber

The CO₂ combinations focus on non-metal cutting and engraving, while the MOPA fiber builds add metal marking. Before choosing, estimate how much of your week goes to cutting, engraving, and marking. Want help matching a configuration to your work? Call us at (321) 260-2325.

Customer histories can clarify the decision better than abstract categories. These AEON Laser USA spotlights show three different growth paths.

Explore all AEON Laser USA customer spotlights

These stories may feature earlier-generation machines. They illustrate business development and workflow choices, not the specifications of today’s U.S. S-series configurations.

Machines within the same family can have different electrical and cooling requirements. The range includes both 120V and 240V configurations, so never assume that a glass, RF, dual-source, or fiber-equipped build uses the same outlet, chiller, or installation plan as another version.

Installation readiness check

Confirm these six points with your facilities contact before placing the order.

• Exact laser-source configuration and electrical plug
• Machine dimensions, weight, delivery route, and unloading plan
• Ventilation or filtration plan for the intended materials
• Air-assist and cooling equipment for the selected build
• Software, computer, and network requirements
• Service clearance and safe material-handling space

Our Prepare Your Workspace article covers what to have ready before delivery.

Specifications establish what a particular configuration includes, while video adds something different: a look at setup, maintenance, project handling, and everyday shop decisions. The resources below are included as workflow examples, not as substitutes for official specifications or guaranteed results.

A good shortlist should survive these questions:

1. Does the work area fit the normal part, jig, and efficient batch layout?
2. Is the selected source suited to the shop’s balance of cutting, engraving and marking?
3. Will the machine still fit the business if order volume grows?
4. Can the workshop safely support the exact electrical, cooling and airflow requirements?
5. Does the added capacity save enough handling, labor or outsourcing to justify the investment?
6. Has every important specification been confirmed for the exact U.S. configuration?

If your answers point toward compact integrated production, compare the MIRA 5S, 7S, and 9S. If area and batch capacity dominate, move to NOVA 14S or 16S. And if your business repeatedly needs different laser-source strengths in the same platform, compare the Super NOVA configurations.