Tag: metal additive manufacturing

Victoria-based additive manufacturing company SPEE3D announced a collaboration with Missouri University of Science and Technology (S&T) to deliver their metal additive manufacturing (AM) technology to the university's Kummer Institute Centre for Advanced Manufacturing. 

Charles Darwin University (CDU) researchers have been awarded with two of the 32 projects sponsored by the Australian Government's National Industry PhD program, which will help them shape solutions for important Australian industries.

Australian metal additive manufacturing firm AML3D announced that its ARCEMY Wire Additive Manufacturing metal 3D printing equipment was sold to Curtin University, a public research university based in Perth. 

Despite growing economic difficulties in the additive manufacturing (AM) global market, the first quarter of 2023 saw double-digit sequential growth to USD 3.7 billion (AUD 5.5 billion) compared to USD 3.4 billion (AUD 5 billion) during the same period of the prior quarter in, according to latest data from SmarTech Analysis. 

A recent report from SmarTech Analysis revealed that the metal additive manufacturing (AM) services revenue is forecasted to reach USD 16.1 billion (AUD 24 billion) by 2031.

Titomic, a metal additive manufacturing company, has sold its Integrated Spray Booth system to innovative centre Perron038 valued at $710,000.

Rivelin Robotics, a provider of metal additive manufacturing (AM) post-processing solutions, is set to showcase its automated NetShape Robot technology at the upcoming Automatica event taking place from 27 to 30 June in Munich, Germany. 

Defence organisations in the United States and the rest of the world are under increased pressure to maintain their competitive edge by examining the most recent technology developments as the balance of power shifts and pressure grows.

Manufacturers using welding techniques suffer from limitations in realising complex structures because of the limited process of building one layer at a time – this is because subsequent layers are laminated after complete solidification preventing the molten metal from flowing down. As a result, a cooling period is necessary, and the circumstances that can be laminated are restricted to certain examples.

The use of metal additive manufacturing (AM) has revolutionized the manufacturing industry, allowing for the creation of complex and intricate parts in a faster and more cost-effective manner.