Researching, Solving, Designing and Building World Leading Metal Additive Manufacturing Solutions

Amaero Provides Engineered Solutions, Practical Problem-Solving and World-Leading Knowledge

Helping Our Customers Deliver On Challenging Opportunities

Through World-Leading Research and Technology

Amaero provides an integrated metal 3D printing research, development, design, prototyping and manufacturing service to our aerospace, defense and tooling customers.

A World Of New Possibilities

Amaero creates large-scale components with precision and quality for the aerospace, defense, tooling and automotive industries
in metal using the laser-based additive manufacturing process.

Our Difference

Established in 2013, to commercialize metal additive manufacturing technologies developed by Monash University, we continue to push the technology boundaries of materials science, alloy design, metal 3D printing and surface engineering producing engineered solutions for our customers.

Amaero is an integrated research, design, prototyping and manufacturing  – rather than just a metal 3D printing supply company.


Why Partner With Us?

Amaero's research and experience with metal additive manufacturing technology have delivered the following achievements:

  • Exclusive North American distribution agreement to sell the safest and most cost competitive metal 3D printing equipment available (Amaero SP series)
  • Amaero is co-located with the world’s largest dedicated metal additive manufacturing R&D facility with daily access to 50+ research scientists focused on providing solutions for Amaero customers
  • The first company to 3D print Civil Aviation Safety Authority approved components flying in commercial aircraft
  • The first company to 3D print flying parts in the hot section of the turbine engines in defense aircraft
  • The first company in the world to metal 3D print a working Aerospike rocket engine
  • Approved by US defense primes to receive ITAR controlled data
  • Proven track record in providing conformal cooling mold inserts made from MS1 and H13
  • Committed to delivering quality focused on safety, reliability and meeting aerospace regulatory compliance under our AS 9100D certified quality management system
  • Partnerships with world-class additive manufacturing research universities including Monash University (MCAM) and University of Adelaide to provide access to world class non-destructive testing facilities to assure product integrity and reduced qualification lead time
  • Exclusive rights to patented high performance Beta Ti alloy developed by MCAM that is a new heat-treatable high strength titanium alloy that has a higher fatigue strength and fivefold increase in fatigue life compared to Ti64 and Beta-C Ti
  • Exclusive rights to patented high operating temperature aluminum alloy developed by MCAM that has superior strength and durability at high operating temperatures
  • Offering certified training through our partnership with Monash University