AON M2+
A high temperature industrial 3D printer for manufacturing full-scale, strong, high-performance parts. The AON M2+ unlocks additive manufacturing applications with ungated access to the world’s most advanced materials, including PEEK, PEKK, and ULTEM™.
The M2+ is the fastest and most affordable way to get strong, high-performance parts in the hands of engineers and designers. The AON M2+ drives value chain efficiency, from product development to manufacturing.
Achieve the Best Final Part Properties
Achieve high crystallinity parts, reduce part porosity, and more with precision thermals and advanced process controls.
→ Configurable Process Parameters
→ Actively Heated Build Volume
→ Water-Cooled Hot Ends
High-Crystallinity, Low Porosity Parts — Achieve close to zero porosity and high in-situ crystallization through careful extrusion control, configurable process parameters, and optimized thermal management.
Create Large Functional Parts
Print full scale designs in the world’s most advanced thermoplastics. A massive 114,412 cm³ heated build volume enables full-scale additive manufacturing.
→ Open Materials Format
→ Largest-in-Class Build Volume
→ Composite-Ready Extruders
Production Ready Printing
Print more, reliably and repeatably, and reduce time consuming post processing.
→ No Fuss First Layers
→ Independent Dual Extruders
→ Access Sensor Data
More Than Hardware, AON3D Helps Businesses Succeed.
We believe next generation software and smart hardware are key to unlocking and scaling additive manufacturing adoption, enabling users to create functional parts in the world's most advanced polymers with just a few clicks.
Key M2+ Features
Key M2+ Features
01
Remote Access Wi-Fi
Disconnectable upon request
02
Configurable Process Parameters
03
Dual Independent 500ºC+ Extruders
04
Stainless Steel Extruders Carbon/Glass Fiber-Ready
05
Swappable Print Surfaces
06
Heated 200ºC+ Print Bed
07
Largest In-Class Build Volume 450 x 450 x 640 mm
08
Actively Heated 135ºC+ Build Chamber
Open Materials, Infinite Applications
Part Properties
Materials
Applications
Achieve a wide range of part properties
High Strength
Print materials with higher strength-to-weight ratio than aluminum. The PAEK family of materials, PEI, and PPSU offer the highest mechanical and thermal properties of all currently available filaments.
Materials: PEEK, PEKK, ULTEM™ 9085, PPSU
Impact Resistant
Full-density 3D printed parts have been tested up to 50,689 J/m2 in a single direction via ASTM IZOD Type E tests with a 2.7J pendulum.
Materials: PC, PA66
Biocompatibility
Print high-strength, durable, biocompatible and skin contact safe parts suitable for a wide range of medical applications. In addition, implant-grade materials, such as PEEK, have proven low cytotoxicity, genotoxicity, and immunogenic properties.
Material: PEEK
Sterilizable
High-strength materials, like PPSU, provide exceptional heat, radiation, and chemical resistance enabling the material to be treated with EtO gas, radiation, autoclaving, plasma, dry heat and cold sterilization
Materials: PPSU
Heat Resistant
Print strong, engineering-grade materials that can operate in temperatures up to 120º C for extended periods of time. For extreme temperature applications, materials like PEEK provide heat deflection up to 159°C and can withstand extended exposure in temperatures up to 260°C.
Materials: PEEK, ULTEM™ 9085
Flame, Smoke, Toxicity (FST)
Print heat and flame resistance parts (FAR25.853, UL 94 V-0) with desirable flame, smoke, and toxicity (FST) characteristics, and with supporting UL Blue Card certifications.
Materials: PEEK, ULTEM™ 9085
Chemical Resistance
Create high-strength, high-heat parts resistant to most organic and inorganic chemicals.
Materials: ULTEM™ 9085, PAEK, PEEK, PEKK, and PVDF
ESD safe
Print ESD safe parts with target surface resistance of 10^7 to 10^9 Ohm. ESD safe materials come in a variety of affordable, engineering-grade polymers, as well as high performance polymers.
Materials: 10+ options
Abrasion & Wear Resistance
Print parts with low friction, self-lubricating, and high wear / abrasion resistance properties. Find affordable and versatile materials for a wide range of applications such as gears, bearings, nuts, washers, and structural components in demanding environments.
Materials: POM, PEEK, PVDF, PA
Affordability
Print high-quality materials up to 700% cheaper than comparable proprietary filaments. In addition, the AON M2+ does not require material licenses or upgrades to print new materials.
Carbon Fiber & Glass- Filled Composites
Print parts with increased strength, stiffness, and improved dimensional stability across a wide range of thermoplastics.
Materials: 10+ options
Base Polymers
ABS
ASA
Nylon (PA 6, 6/66, 12)
PAEK
PC
PEEK
PEI (ULTEM™ 9085, 1010)
PEKK
PETG
POM
PP
PPSU
PSU
PVDF
TPE
TPU
Composites
CF ABS
CF PA
CF PC
CF PEEK
CF PEI
CF PEKK
CF PETG
CF PP
ESD ABS
ESD PA
GF ABS
GF PA
GF PETG
GF PP
Supports
Aquasys® 120
Aquasys® 180
High Temp Support
HIPS
PEI Support
PVA
Jigs & Fixtures
Tooling
Rapid Prototyping
End-Use parts
Additive
R&D
Materials Development
Explore Sample Parts Printed on an M2+
Aerospace Y-Duct
Heat Resistant + High Strength
ULTEM™ 9085
Details
Aerospace Y-Duct
A high-strength, high-heat material resistant to most organic and inorganic chemicals with the exception of aggressive reagents like fuming sulfuric and nitric acid, methylene chloride.
Size (mm)
105 x 105 x 54
Cost to print
$271.00
Print time
1hr 20m
Savings vs. machining
52.30%
End of Arm Tooling
Affordable + High Strength
CF Nylon
Details
End of Arm Tooling
A high-strength, high-heat material resistant to most organic and inorganic chemicals with the exception of aggressive reagents like fuming sulfuric and nitric acid, methylene chloride.
Size (mm)
105 x 105 x 54
Cost to print
$271.00
Print time
1hr 20m
Savings vs. machining
52.30%
Craniofacial Implant
Biocompatible
Implant-Grade PEEK
Details
Craniofacial Implant
A high-strength, high-heat material resistant to most organic and inorganic chemicals with the exception of aggressive reagents like fuming sulfuric and nitric acid, methylene chloride.
Size (mm)
105 x 105 x 54
Cost to print
$271.00
Print time
1hr 20m
Savings vs. machining
52.30%
Fluid Mixer
Chemical Resistant
PEKK
Details
Fluid Mixer
A high-strength, high-heat material resistant to most organic and inorganic chemicals with the exception of aggressive reagents like fuming sulfuric and nitric acid, methylene chloride.
Size (mm)
105 x 105 x 54
Cost to print
$271.00
Print time
1hr 20m
Savings vs. machining
52.30%
Layup Tooling
Low Cost + Easy Release
PETG
Details
Layup Tooling
A high-strength, high-heat material resistant to most organic and inorganic chemicals with the exception of aggressive reagents like fuming sulfuric and nitric acid, methylene chloride.
Size (mm)
105 x 105 x 54
Cost to print
$271.00
Print time
1hr 20m
Savings vs. machining
52.30%
PCB Enclosure
ESD Safe
ESD ABS
Details
PCB Enclosure
A high-strength, high-heat material resistant to most organic and inorganic chemicals with the exception of aggressive reagents like fuming sulfuric and nitric acid, methylene chloride.
Size (mm)
105 x 105 x 54
Cost to print
$271.00
Print time
1hr 20m
Savings vs. machining
52.30%
Gear
Wear Resistant
PA
Details
Gear
A high-strength, high-heat material resistant to most organic and inorganic chemicals with the exception of aggressive reagents like fuming sulfuric and nitric acid, methylene chloride.
Size (mm)
105 x 105 x 54
Cost to print
$271.00
Print time
1hr 20m
Savings vs. machining
52.30%
Dimple Die
High Strength
PC
Details
Dimple Die
CNC Dovetail Clamps
High Strength
CF PEEK
Details
CNC Dovetail Clamps
Laparascopic Surgical Scissors
Sterilizable
PPSU
Details
Laparascopic Surgical Scissors
A high-strength, high-heat material resistant to most organic and inorganic chemicals with the exception of aggressive reagents like fuming sulfuric and nitric acid, methylene chloride.
Size (mm)
105 x 105 x 54
Cost to print
$271.00
Print time
1hr 20m
Savings vs. machining
52.30%
Prosthetic Test Fit Socket
Optical Clarity
Transparent PC
Details
Prosthetic Test Fit Socket
Explore Sample Parts Printed on an M2+
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