Customer Service

Our team uses their in-depth expertise in additive manufacturing across a range of alloys and applications to help our customers identify the benefits of implementing additive technology for their company.

We match the ideal machine and ancillary equipment to give your company a competitive advantage.

We provide our customers with full post-sales support that includes training, maintenance, servicing, recalibration of equipment and parameter optimization.

3D Metal Printers For Purchase

AMAERO SP-100

Ideal for research and development,academia, teaching, dental, medical and low volume production of metal components.

Key Features:

Build volume 100mm diameter x 80mm height (4 in diameter x 3 in)
Simple to use and easy to maintain
A small laser powder bed fusion platform
Tailored options available

Download the AMAERO SP-100 brochure

AMAERO SP-260

Ideal for producing components for the aerospace, aviation, space and biomedical industries

Key Features:

Build volume 250mm x 250mm x 400mm (10 x 10 x 14 in)
Tethered build chamber for rapid job changeover
Bi-directional re-coater for faster production cycles
Provide optimized powder usage with variable build areas

Download the AMAERO SP-260 brochure

AMAERO SP-400

Ideal for producing components for aviation, space and biomedical industries.

Key Features:

Build volume 400mm x 400mm x 400mm
(16 x 16 x 16 in)
Tethered build chamber for rapid job changeover
Bi-directional re-coater for faster production cycles
Provide optimized powder usage with variable build areas

Download the AMAERO SP-400 brochure

AMAERO SP-500

Ideal for producing components for the aviation, space and biomedical industries, as well as manufacturing steel tooling.
The SP-500 is our most popular machine due to its high speed, cost-efficient and precise performance.

Key Features:

Build volume 500mm x 250mm x 350mm (20 x 10 x 14 in)
The most capital-efficient 3D printer in the world
Removable build chamber for continuous production
Bi-directional re-coater for faster production cycles
Argon processing atmosphere
Capable of processing a range of different alloys
Optimizes powder usage with variable build areas

Download the AMAERO SP-500 brochure

AMAERO SP-800

(Available 2021)

Ancillary Equipment for Purchase

The ancillary equipment allows our customers to process metal powder in a closed loop inert environment to ensure technicians are separated from airborne metal power. This is critical to comply with Occupational Health and Safety standards, as well as and product quality.

Powder Sieving For Additive Manufacturing (SU40)

The powder sieving machine is used to maintain a closed-loop (inert) environment to ensure the safety of technicians.

Key Features:

Recycle, sieve and grade metal powders
Highly efficient powder processing
Sieve dosing handled automatically
Available with ultrasonic deblending
Easy to operate with variable settings

Download the SU40 brochure

Bulk Powder Removal For Additive Manufacturing (VC40)

The machine can be used to create a closed-loop (inert) environment or open-loop recovery.

Key Features:

Suitable for all powder bed systems
Easy to move
Direct powder deposit into standard silos
HEPA filter on clean air outlet for open-loop usage
Transfer powder between storage and handling units

Download the VC40 brochure

Silo Storage For Metal Powders (PS20/PS60)

The storage silos suit standard 600mm or 900mm warehouse racking for maximum storage efficiency.

Key Features:

Removable top for cleaning
Tri-clamp connections
Suitable for vacuum or pressure
Internal snorkel for powder flow
Forklift compatible

Download the PS20/PS60 brochure

Powder Decanting For Additive Manufacturing (DU40)

The powder decanting equipment provides the safe transfer of the powder from a bottle to the storage silo in a fully closed loop (inert) environment.

Key Features:

Fast bottle load and inert gas-down
Direct silo fill
All stainless-steel contact surfaces
Twin glove-ports and ergonomic design

Download the DU40 brochure

Residual Powder Retrieval Glove Box (G4)

The glove box machine can safely remove powder complex parts.

Key Features:

360° rotation of build plates
Contamination free powder recovery
Sealed inert environment
Full inert atmosphere
Inert gas blowgun for hard to reach areas

Download the G4 brochure

Consumables…
3D Printing Alloy Materials

The following alloy materials are used to manufacture components and tooling using metal 3D printing:

Nickel-based alloys (Hastelloy X and Inconel 625, 718 and 738) are used for high temperature applications due to their temperature resistance properties. This is suited for the hot parts of gas turbine engines, heat exchangers, combined cycle power plants.
High alloy stainless steel (316L) is used for high strength, high corrosion resistant applications in oil, gas and chemical processing plants. 316L is also a useful material for biomedical implants and tools.
The high strength properties of Hot work tool steels, MS1, which is made from 18% Ni Maraging 300 hardenable steel and H13, are suitable for injection mold tooling and aviation applications.
Aluminum alloys (AlSi10Mg and AlSi7Mg) are lightweight and provide excellent strength, hardness, dynamic and thermal properties making this ideal for the aerospace, aviation, space and automotive industries.
The High Operating Temperature (HOT) Aluminum alloy, "Amaero HOT Al" is a unique premium high-performance aluminum alloy that has superior performance due to its high operating temperature (greater than 250 degrees Celsius).
The "Amaero Beta Ti" heat-treatable titanium alloy has significant superior fatigue properties that is beneficial for components used in the aviation, defense and space industries.
The high strength properties of titanium alloys (Ti 64) are suited for aerospace, aviation, space, marine and medical applications.

For more information, download the following Materials Datasheets below or book a call with an Engineer:

1. Aluminum (AlSi10Mg)
‍2. Aluminum AlSi7Mg
‍3. Hastelloy X
‍4. Inconel 718
5. Inconel 625
6. Stainless Steel (316L)
7. Titanium (Ti64)
8. MS1

Purchase Metal 3D
Printing Machines

Purchase Metal 3D Printing Machines

Customer Service

3D Metal Printers For Purchase

AMAERO SP-100

Key Features:

AMAERO SP-260

Key Features:

AMAERO SP-400

Key Features:

AMAERO SP-500

Key Features:

AMAERO SP-800

Ancillary Equipment for Purchase

Powder Sieving For Additive Manufacturing (SU40)

Key Features:

Bulk Powder Removal For Additive Manufacturing (VC40)

Key Features:

Silo Storage For Metal Powders (PS20/PS60)

Key Features:

Powder Decanting For Additive Manufacturing (DU40)

Key Features:

Residual Powder Retrieval Glove Box (G4)

Key Features:

Consumables…
3D Printing Alloy Materials

Amaero International Limited (ASX:3DA) Helps Our Customers Deliver on Challenging Opportunities Through World-Leading Research and Technology

Connect With An Amaero Engineer

Purchase Metal 3DPrinting Machines

Purchase Metal 3D Printing Machines

Customer Service

3D Metal Printers For Purchase

AMAERO SP-100

Key Features:

AMAERO SP-260

Key Features:

AMAERO SP-400

Key Features:

AMAERO SP-500

Key Features:

AMAERO SP-800

Ancillary Equipment for Purchase

Powder Sieving For Additive Manufacturing (SU40)

Key Features:

Bulk Powder Removal For Additive Manufacturing (VC40)

Key Features:

Silo Storage For Metal Powders (PS20/PS60)

Key Features:

Powder Decanting For Additive Manufacturing (DU40)

Key Features:

Residual Powder Retrieval Glove Box (G4)

Key Features:

Consumables…3D Printing Alloy Materials

Amaero International Limited (ASX:3DA) Helps Our Customers Deliver on Challenging Opportunities Through World-Leading Research and Technology

Connect With An Amaero Engineer

Purchase Metal 3D
Printing Machines

Consumables…
3D Printing Alloy Materials