AML TECHNOLOGIES将WAAM 3D打印技术用于超新星金属制造

Arc Additive Manufacturing (WAAM) is a large-scale metal 3D printing process. According to Cranfield University, the technology's founder and main developer WAAM is used in more than 60 projects around the world, worth more than $4.8 million. So far, it has also successfully manufactured parts up to 10 meters long, storing materials at a rate of 4 kilograms per hour.

AML Technologies (AML) is an organization that provides WAAM as a 3D printing service in Australia. In a new collaboration with listed materials mining company Scandium International (TSE:SCY), AML is investigating the potential of a powerful, lightweight titanium alloy for 3D printing in the aerospace industry and beyond.

AML TECHNOLOGIES将WAAM 3D打印技术用于超新星金属制造

WAAM samples printed at Cranfield University

AML's WAAM technology (sold by WAM?) is currently available in metal alloys such as titanium, nickel, stainless steel, aluminum and bronze alloys. Under the terms of the new partner, the agency will develop the ability to utilize the yttrium alloy 3D printed structure.

Stable cockroaches are produced in supernovas. Although the earth's crust is relatively abundant, the distribution of the original plutonium (typically traces of other minerals) makes it a rare earth element that is mined only in a few places around the world.

When combined with aluminum, the most common alloy, tantalum has the lightness of aluminum, relative to the strength of titanium and ceramic hardness. This combination of performance makes it an ideal replacement for high-performance manufacturing industries such as aerospace, automotive and defense.

There are only a few other places in Scandinavia and Madagascar that are suitable for mining tantalum. In response, International Yankuang launched the “World's First Yankuang Development Project” in NSW, NSW (NSW).

Andy Sales, AML's managing director and founder, explained: "AML will seek to serve the industry of high-strength materials used in the manufacture of structural engineering components for castings, billets and ingots, and highly machined parts."

“Products made from expensive solid blocks of stainless steel, bronze, titanium, nickel or aluminum, characterized by severe material waste and long lead times. In these applications, the WAM process can provide a cost to the local industry. The choice of benefits."

AML TECHNOLOGIES将WAAM 3D打印技术用于超新星金属制造

Line arc 3D printing metal sample

The Australian Government gave AML $376,200 in 2017 to help commercialize WAM® technology services. George Putnam, CEO of Scandium International Mining Corp., believes that such funding will be the key to the company's success and points out: "The recent Australian government's initiative to encourage South Australian defense production activities will also benefit AML."

Airbus APWORKS is a significant competitor in the 3D printing niobium alloy market. Its Scalmalloy (é’ª/Aluminum) products have been used in the manufacture of heat exchangers, engine manifold components and Light Rider motorcycle frames.

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