Better processes for a better future
We are committed to be at the forefront of WAM® research and development with a heavy focus on commercialising parts, components & products for use in all industries.
Design Optimisation
- Improved design flexibility
- Production efficiency
- Decreased costs
Design for Additive Manufacturing (DfAM) enables new standards of lightweight structures with greater degrees of geometric complexity, parts consolidation, and design optimisation that were not previously possible.
Near Net Shape
Our specialised industrial manufacturing technique creates near net shapes. The initial production of the item is very close to the final (net) shape, with a surplus amount dependant on the requested surface finishing.
Free Form Fabrication
Free form fabrication using a scalable open air environment combined with repositionable robots allows the WAM® process to remove the traditional size restrictions of 3D printing.
WAMSoft™
AML has developed WAMSoft™ state of the art sophisticated proprietary software. The combined robotic hardware and software is capable of manufacturing parts with outstanding accuracy.
3D Metal Parts Manufacturer
Additive Metal Layering Technologies (AMLTEC®) is a 3D parts manufacturer focusing on Wire-Arc Additive Manufacturing (WAM®). This is a rapidly growing industry that challenges traditional “subtractive” metal technologies such as casting, forging and machining. It is suitable for the production of medium to large scale engineering structures of high integrity at low cost.
Metals & Alloys
Our process can be applied to all weldable metals and alloys.
Aluminium
- 2319
- 4043
- 5183
- 5183 0.2%Sc
- 5356
- 5087
Nickel Alloys
- FeNi36 (INVAR)
- Inconel 625
- Inconel 718
- Nickel Aluminium Bronze
Titanium
Ti-6Al-4V
- Grade 5
- Grade 23
Steel
- ER70
- ER80
- ER90
- ER120
- Maraging grade 250
- Stainless (316L, 2205)
Partial list of tested metals contact us for the latest list
What is WAM®?
WAM® combines an electric arc as a heat source with wire as feedstock to produce free-form parts. The wire ARC welding technique is integrated with a specifically programmed welding robot to manufacture large metal parts from 3D computer aided drawings to a near-net shape which is then machine finished. WAM® brings together state of the art welding, CAD software design and robotics technology.
Large Scale 3D Printing
The ground breaking use of Wire-Arc Additive Manufacturing (WAM®) welding techniques for 3D printing creates large metal parts quickly and efficiently. The process is used to build parts layer by layer producing metal parts to the highest integrity.
WAM® vs Traditional Methods
The traditional methods of casting, forging and machining from large blocks of metal are time consuming, costly and produce immense scrap material. By using the WAM® process this wastage of material is reduced by up to 80% and manufacturing times are reduced by 75%. Excess machining and long lead manufacturing times for parts are reduced significantly, therefore reducing costs.
Quality Compliance
AML is ISO 9001 compliant and committed to maintaining the corporate Quality Policy
WAM® is receiving interest from various industries, check the media page for the projects we can publish.
Gold Coast Showcase – AML in top five
AML founder Andy Sales presented at the Gold Coast Investment Showcase, drawing a large amount of attention. Several examples were on display allowing you touch and see how far this technology has evolved. EXCERPT: Investors also heard a three year plan...
AML Adapt WAAM for Supernova-Made Metal
Wire-arc additive manufacturing (WAAM) is a large-scale metal 3D printing process. According to figures from Cranfield University, a promoter and key developer of the technology, WAAM is used in over 60 projects around the world, together worth more than $4.8 million....
South Australia to lead new materials development
AML technologies has entered an Agreement with Scandium International, a listed mining company developing the Nyngan Scandium Project in NSW as the world’s first scandium only producing mine, to conduct tests on scandium alloys using AML’s innovative wire-arc additive manufacturing technology
