AEON · Nova Super

AEON Nova10 Super

On request

  • Dual source: Glass for cutting, RF for engraving
  • 1000 × 700 mm bed, 120 kg table load
  • RF engraving up to 4,000 mm/s, 1 × 1 mm minimum font
  • Glass source 90 W or 100 W
  • Chiller 5000 for the Glass source, air-cooled RF
  • 100° 8 MP camera positioning and AutoFocus

Dual-source Redline machine: 1000 × 700 mm bed with a Glass tube for cutting and an RF tube engraving at 4,000 mm/s.

Request a quoteWhich bed size and source? Read the guide
  • Wood & MDF
  • Acrylic
  • Glass
  • Leather
  • Paper
  • Rubber
  • Two-colour ABS
  • Signage & advertising

Configurations

ConfigurationDifferences
Glass 90 W + RF 30 WOn requestLaser source: Glass 90 W · RF source: RF 30 W · Engraving speed (Glass): 1,200 mm/s · Engraving speed (RF): 4,000 mm/s
Glass 90 W + RF 60 WOn requestLaser source: Glass 90 W · RF source: RF 60 W · Engraving speed (Glass): 1,200 mm/s · Engraving speed (RF): 4,000 mm/s
Glass 100 W + RF 30 WOn requestLaser source: Glass 100 W · RF source: RF 30 W · Engraving speed (Glass): 1,200 mm/s · Engraving speed (RF): 4,000 mm/s
Glass 100 W + RF 60 WOn requestLaser source: Glass 100 W · RF source: RF 60 W · Engraving speed (Glass): 1,200 mm/s · Engraving speed (RF): 4,000 mm/s

About this machine

AEON Nova10 Super

The Nova10 Super carries two sources on one 1000 × 700 mm machine: a Glass tube of 90 W or 100 W for cutting, and an RF tube of 30 W or 60 W that engraves at up to 4,000 mm/s with a 1 × 1 mm minimum font. One job can be engraved with the fine source and cut with the powerful one without moving the workpiece.

Why two sources

A Glass tube gives cutting power at low cost; an RF tube gives a small, stable spot and the speed to fill large engraved areas. Buying both in one frame removes the compromise that a single-source machine forces.

Production details

Chiller 5000 for the Glass source, air-cooled RF, 750 W compressor air assist with a 24 L tank, 500 W automatic integrated exhaust, Smart Panel, 1 G memory, WiFi, AutoFocus and a 100° 8 MP camera.

Extraction

See our fume extraction units for laser and CNC — essential for acrylic, ABS, rubber, leather and wood. Do not cut PVC or other chlorinated plastics on a CO₂ laser: the fume is harmful and corrodes the optics and the mechanics.

AEON Nova10 Super

A large-format dual-source CO₂ machine combining Glass cutting capacity with RF engraving detail, AC servo motion and an 4,000 mm/s maximum RF engraving speed.

NOVA SUPER / LARGE-FORMAT PRODUCTION

Two sources. One production platform.

Use the Glass source for cutting and the RF source for fine, high-speed engraving without moving work between machines.

1,000 × 700 mm
working area
200 mm
Z travel · 120 kg lift capacity
4,000 mm/s
maximum RF engraving speed

SOURCE & MOTION / SUPER

Cut with Glass. Engrave with RF.

The dual-source arrangement combines current catalogue Glass and RF configurations. Glass-side cooling remains water-based; only the RF source is air-cooled.

Glass CO2 laser source used in AEON Nova10 Super configurations
Current Glass configurations: 90 W / 100 W
Air-cooled RF laser source used in AEON Nova10 Super Super configurations
Current RF configurations: 30 W / 60 W
AC servo motors used for NOVA Super RF motion
AC servo motion supports fast RF engraving.
Technical illustration of NOVA Super AC servo motion
Super-only servo illustration. Elite uses DC stepper motors.

SMART PANEL / MACHINE STATUS

Operating information at a glance.

Temperature monitoring and machine diagnostics are presented on the control panel, while the illuminated front logo communicates status across the workshop.

AEON Nova10 Super diagnostic panel with monitored operating parameters
Diagnostic panel illustration for the NOVA family.
Green AEON logo indicating that the NOVA machine is running
Running · green
White AEON logo indicating that the NOVA machine is idle
Idle · white
Red AEON logo indicating a NOVA machine fault or pause
Fault or pause · red

OPTICAL PATH / EASIER SERVICE

Designed for practical optical maintenance.

The align-free design simplifies access and replacement for the tube, mirrors and lens, reducing repeated optical-path adjustment during routine service.

Illustrated optical path through the AEON Nova10 Super machine
NOVA family optical-path illustration
Accessible NOVA glass laser tube fixing mechanism
Accessible tube fixing
NOVA laser head and lens assembly
Tool-free optical assembly
Magnetic NOVA lens holder being removed by hand

MAGNETIC LENS HOLDER

Remove, inspect and refit.

The magnetic holder makes routine lens access straightforward. Alternative 2, 2.5 and 4 inch focal lengths are available for different applications; inclusion depends on the selected configuration.

WORKFLOW / MATERIAL HANDLING

Built around real production work.

NOVA scrap collection drawer below the working bed

Scrap collection drawer

Cut pieces fall into a drawer below the bed for easier clearing and routine housekeeping.

Interchangeable honeycomb and slat work tables inside an AEON NOVA machine

Interchangeable work tables

Use the honeycomb or slat table according to the material and process.

NOVA overhead camera positioning artwork over material on the work table

Camera positioning

A 100° 8 MP camera supports artwork placement and tracing. AutoFocus and WiFi are included; a LightBurn licence is optional.

Material passing through the front and rear openings of an AEON NOVA machine

Material pass-through

Front and rear openings accommodate longer stock; the active processing area remains 1,000 × 700 mm.

INTEGRATED SUPPORT SYSTEMS

Air, cooling and exhaust within the machine.

The machine integrates a 750 W compressor with a 24 L tank and a 500 W inline exhaust with automatic start-stop. Glass configurations use a built-in Chiller 5000; the RF source is air-cooled.

Diagram of the integrated compressor, exhaust and cooling systems in AEON Nova10 Super
NOVA family systems diagram; exact installed configuration follows the selected machine option.
01 · Air assist
750 W compressor · 24 L tank
02 · Inline exhaust
500 W · automatic start-stop
03 · Cooling
Chiller 5000 for Glass · air-cooled RF

PLAN YOUR WORKSPACE

Extraction and material safety.

CO₂ processing produces fumes. Use suitable extraction and process only exact material grades explicitly approved for laser use. PVC must not be laser processed; extraction does not make an unsuitable material safe.

Plastics, rubber and composites require verification against the manufacturer’s safety documentation. This machine is not presented for bare-metal or glass cutting.

Explore fume extraction units for laser and CNC →

Technical specifications

Work area

Work area
1000 × 700 mm
Z travel
200 mm
Max. Z load
120 kg

Laser source

Glass laser tube
90 W / 100 W
RF laser tube
30 W / 60 W

Speed & motion

Engraving speed (Glass)
1,200 mm/s
Engraving speed (RF)
4,000 mm/s
Acceleration (Glass)
5G
Acceleration (RF)
8G
Motors (Glass)
DC stepper
Motors (RF)
AC servo
Minimum font (RF)
1.0 × 1.0 mm
Positioning accuracy
≤ 0.1 mm

Cooling & air

Chiller
Integrated Chiller 5000 (Glass source)
RF source cooling
Air-cooled
Air assist
750 W compressor / 24 L tank
Exhaust
500 W, integrated, automatic

Table & optics

Table
Honeycomb + slat
AutoFocus
Yes
Camera
100° · 8 MP (3840 × 2160)

Control & connectivity

Smart Panel
Yes
Internal memory
1 G
WiFi
Yes

Dimensions & weight

Packed dimensions
1500 × 1210 × 1125 mm
Net weight
415 kg
Gross weight
532 kg

Software

Operating software
RDWorks / LightBurn (optional)
Design software
CorelDraw / Illustrator / AutoCAD

Specifications, images and descriptions are provided for general guidance and may change without notice. Configurations, performance figures and supplied items can vary by production batch and market. The binding specification, scope of supply and terms are those set out in the written quotation we issue for your order.

Application details

Recommended for

Intensive production needing both ultra-fast engraving and strong cutting.

Series

Nova Super

Frequently asked questions

Why would we need two laser sources?

Because one job can then be engraved with the fine source and cut with the powerful one without moving the workpiece. The Glass tube, 90 W or 100 W, gives cutting power; the RF tube, 30 W or 60 W, gives a small, stable spot and the speed to fill large engraved areas. Having both in one frame removes the compromise a single-source machine forces.

Which source combination should we choose?

There are four: Glass 90 W or 100 W, each with RF 30 W or 60 W. Engraving speeds are the same on all four, 1,200 mm/s for Glass and 4,000 mm/s for RF, so the choice is tube power. Pick the Glass power for the material you cut and the RF power for your engraving work; send us both and we will recommend a pairing.

How fine and fast is the engraving?

The RF source engraves at up to 4,000 mm/s with a 1 × 1 mm minimum font, which suits fine lettering and large filled areas alike. The Glass source engraves at 1,200 mm/s if you prefer to use it.

How large are the bed and the table load?

The bed is 1000 × 700 mm with 200 mm of Z travel and a 120 kg table load. Honeycomb and slat tables are available for engraving and cutting, and AutoFocus sets the height for each thickness.

How are the two sources cooled?

The Glass tube is cooled by an integrated Chiller 5000; the RF tube is air-cooled. Air assist comes from a 750 W compressor with a 24 L tank, and the 500 W integrated exhaust runs automatically. For PVC, ABS, polycarbonate, rubber and composites, separate fume extraction is mandatory.

How are jobs positioned and controlled?

A 100° 8 MP camera (3840 × 2160) and AutoFocus handle placement and height, with ≤ 0.1 mm positioning accuracy. Smart Panel, 1 G of memory and WiFi are on the machine. RDWorks is the operating software, LightBurn optional, with designs from CorelDraw, Illustrator or AutoCAD.

What do we need on site?

A level floor for a 415 kg machine. It ships at 1500 × 1210 × 1125 mm and 532 kg gross, so plan for a forklift or a pallet truck at delivery. We confirm the electrical supply with your quote and can recommend extraction for your materials.