Updated 6 August 2026.

The best CO₂ laser for your business is not automatically the biggest model or the machine with the highest top speed. It is the platform that removes the main constraint in your production: limited bed space, insufficient cutting capacity, slow detailed engraving or too many separate workflows.

The short answer: choose MIRA S when you need professional CO₂ performance in a compact workshop footprint. Choose NOVA Elite when larger sheets, stronger glass-source cutting configurations and production capacity matter most. Choose Super NOVA when the same large-format machine must handle serious cutting with a glass CO₂ source and fast, detailed engraving with an RF CO₂ source.

Find the production constraint that should determine the machine

A machine comparison becomes useful only after the work is defined. Begin with five real products, not a future catalogue imagined around the machine. For each product, record the material, thickness, finished dimensions, incoming sheet size, number of parts per order and whether the job is mainly cutting, vector marking or raster engraving.

Then identify the constraint:

• Workshop space: the business needs professional output but cannot dedicate the access route and floor area required by a large-format machine.
• Bed capacity: normal products or stock formats do not fit comfortably, or too few parts fit per cycle.
• Cutting capacity: the order book is dominated by larger acrylic, plywood, wood, rubber or other compatible sheet work.
• Engraving detail and speed: fine text, photographs, textures and repeated personalization occupy most machine hours.
• Mixed premium production: large cutting and high-detail engraving are both core services, making a single-source compromise expensive.

This approach also prevents a common buying error: paying for theoretical capacity that the business cannot use. A compact machine that matches the job mix can be a stronger production asset than a large platform that is underloaded, difficult to install or chosen only for its wattage.

MIRA S vs NOVA Elite vs Super NOVA: quick selection map

Use this map to create a shortlist, then verify every specification in the current official AEON comparison and in the written quotation. Source power, electrical requirements, cooling and commercial scope can vary by model, destination and selected configuration.

Choose the working area before the wattage

Working area determines what fits and how efficiently stock can be nested. Wattage cannot compensate for a bed that is too small. Measure the largest repeatable job, not the largest product you might make once. Include clamps, fixtures, rotary position, margins, camera placement and the direction in which stock must enter.

A pass-through can extend material length, but it does not increase the indexed working width or remove the need for accurate repositioning. If a product only fits by repeated indexing, compare that labor and risk with the next bed size. If most work is small, also calculate whether loading a large bed actually improves accepted parts per hour.

Glass, RF or dual CO₂ source?

The source decision should follow the process that earns the most revenue. A glass CO₂ tube provides strong cutting value for acrylic, wood, plywood and other compatible non-metals while still handling general engraving. An RF CO₂ source offers fast pulse response and a small spot potential that supports fine detail, rapid raster work and repeated high-quality engraving.

The categories overlap: glass tubes can engrave, and RF sources can cut within the capability of the selected configuration. The difference is where each source is most productive. The full glass CO₂ tube vs RF laser source guide explains cutting, engraving, service life, regeneration and cost in more detail.

Where each AEON family fits

MIRA S: compact professional versatility

MIRA S is the natural starting point when products fit a compact bed and space efficiency matters. It is suitable for personalized products, awards, small signage, packaging, leather goods, rubber stamps, architectural models, plywood products, acrylic displays and mixed short-run production.

The family combines an enclosed Class 1 configuration with autofocus, camera-assisted positioning, stable optical-path design and a tool-less optical system. Supporting systems vary by exact model and source, so compare the complete configuration rather than assuming that every MIRA S contains identical cooling, extraction and air-assist hardware.

Choose glass-source MIRA S for compact mixed cutting and engraving. Choose MIRA S RF when detailed engraving and personalization dominate and the compact bed remains sufficient.

NOVA Elite: larger sheets and cutting-led production

NOVA Elite is the step up when larger stock, stronger glass-source configurations and batch cutting create value. Current global comparison data lists glass-source ranges of 90–100 W for NOVA Elite10, 90–130 W for Elite14 and 90–150 W for Elite16. Exact availability should be confirmed because regional configurations and application-specific options may differ.

The larger floor-standing platform is suited to signage, displays, packaging, models, furniture-related work, rubber processing and other cutting-led production. Its value is not merely the largest product that fits. A bigger bed can reduce sheet handling and allow more sellable parts to be nested in each cycle.

Super NOVA: two CO₂ source characters in one large platform

Super NOVA uses a glass CO₂ source for cutting and general engraving plus a 30 W or 60 W RF CO₂ source in the standard global comparison matrix for fine, high-speed engraving. The current matrix lists glass-source ranges of 90–100 W for Super10, 90–130 W for Super14 and 90–150 W for Super16.

This family makes sense when the order book genuinely includes two strong workloads: larger cutting and premium detailed engraving. If engraving is occasional, NOVA Elite may be the more direct investment. If the work fits a compact bed, MIRA S RF may provide the engraving performance without the size and cost of a large dual-source system.

Maximum speed is not the same as production throughput

Current official global comparison data lists glass-source MIRA S and NOVA Elite at up to 1200 mm/s maximum engraving speed and 5G maximum acceleration. MIRA5 S RF is listed at up to 3500 mm/s and 8G; MIRA7 S RF and MIRA9 S RF at up to 4000 mm/s and 8G. Super NOVA is listed at up to 4000 mm/s for Super10 and up to 4200 mm/s for Super14 and Super16 in the relevant RF engraving mode.

These are model and mode specifications, not universal job settings. They do not mean that a machine cuts at its maximum engraving speed. Cutting depends on source power, material, thickness, lens, focus, air assist, required edge quality and the exact job. For acrylic, use the CO₂ laser acrylic cutting settings chart as a controlled test reference.

Real throughput includes loading, artwork preparation, camera positioning, focusing, extraction, unloading, cleaning and maintenance. A stable optical path and tool-less optical maintenance matter because production is measured in accepted parts and available machine hours. A larger bed may produce more parts per cycle; an RF source may reduce engraving time; a compact machine may shorten changeovers. The best configuration depends on which of those effects changes the business.

Choose the AEON model by the products you plan to sell

If you are still deciding between a professional CO₂ system and a lower-cost hobby platform, read how to choose a professional CO₂ laser cutter and the CO₂ laser vs diode laser comparison before comparing AEON models.

See AEON lasers in creator workshops around the world

Official specifications define the machine. Creator content can show the less obvious parts of ownership: workshop fit, setup, loading, real project scale, software habits and the kind of products made after the machine becomes part of daily work.

North America and Australia

• Kimberly Coffin at Sweet Red Poppy: MIRA5 S guide shows a compact US small-business workflow, setup, materials and first projects. The article clearly states that it is sponsored and that AEON supplied the machine for review.
• Craft With Felicia: why she chose the MIRA9 S Redline gives a US creator’s view of moving to the largest MIRA S workspace.
• Burns & Willow in Australia: adding a MIRA9 S Redline documents a working sign and personalization business and identifies the creator as an AEON brand ambassador.

European workshops

• The Swedish Maker: MIRA7 S workshop perspective looks at the middle MIRA S format from a Swedish maker’s point of view.
• Lothian Woodworks: MIRA9 S long-form review shows how the largest MIRA S fits a UK woodworking and maker workflow.
• Fox Corner: first CO₂ laser with a MIRA5 S follows a Polish creator starting with the most compact MIRA S platform.
• Lekky Studio: layered wooden lamp workflow shows a Netherlands-based studio using a 100 W AEON CO₂ laser for a multi-layer plywood product.

Some creator content is sponsored, affiliated or produced through an ambassador relationship. It is valuable for seeing workflow and project scale, but it does not replace the official specification table, a test in your own material or the written scope of your quotation.

Compare installation, support and total ownership cost

A global model guide should not pretend that one price or support package applies in every country. Machines may be supplied through local partners, regional operations or another agreed route. Taxes, freight, import costs, electrical standards, installation, training, warranty and on-site service can differ substantially.

Compare quotations line by line:

• exact model, laser source, power, lens, camera, rotary and other accessories;
• cooling, extraction, air assist and any external equipment required;
• freight, unloading, taxes, customs and building-access responsibilities;
• installation, operator training and acceptance testing;
• warranty terms, parts availability, remote support and on-site service;
• electrical supply, extraction route, floor space and material storage;
• a representative test using your material, artwork and finish requirements.

The lowest machine price can become the highest production cost if the configuration is wrong or downtime is difficult to resolve. Review the AEON service resources and read the broader AEON Laser value and limitations review before making a final comparison.

Frequently asked questions

Which AEON laser is best for a small business?

For many new professional workshops, MIRA7 S is the first model to compare because it balances a compact footprint with a 700 × 500 mm working area. MIRA5 S may be enough for small products and engraving batches; MIRA9 S provides more nesting space. The correct answer depends on the real products, stock and source requirement.

Is MIRA S only a hobby or desktop laser?

MIRA S is the compact professional AEON family. Its smaller footprint does not make it a hobby platform. Choose it when the bed and source configuration fit the workload, not because the business is new or small.

Is MIRA9 S better than NOVA Elite10?

Not universally. MIRA9 S offers a 900 × 600 mm compact-family bed with glass or RF configurations. NOVA Elite10 provides a 1000 × 700 mm floor-standing cutting-led platform with higher glass-source options and greater lifting capacity. The better machine is the one that removes the real production constraint.

Is Super NOVA always faster than NOVA Elite?

Super NOVA has a much higher maximum engraving specification in RF mode, but cutting speed still depends on the glass-source configuration, material, thickness and quality target. Maximum engraving speed should never be used as a cutting-speed claim.

Can AEON MIRA S, NOVA Elite or Super NOVA cut metal?

They are professional CO₂ systems for compatible non-metals. They can process suitable coatings and can create bonded marks on certain metals with an appropriate marking compound, but they should not be selected as conventional bare-metal engravers or sheet-metal cutters.

Should I buy extra capacity for future growth?

Allow useful growth room, but connect it to a realistic product plan. Extra bed size or a second source is valuable when it prevents known rework, expands a validated product line or supports expected volume. Capacity with no route to use it adds cost, space and complexity.

To compare two specific configurations, prepare your material, maximum product size, normal sheet format, monthly volume and the percentage of time expected for cutting versus engraving. Then contact AEON for a model-specific recommendation and quotation.