Tag: metal 3D printing

Metal additive manufacturing SPEE3D has completed its participation in Trident Warrior, the experimental segment of the Rim of the Pacific (RIMPAC) exercise, held at the Marine Corps Air Station in Kaneohe Bay, Hawaii. 

AML3D announced the commissioning and operational status of the ARCEMY 'X-Edition 6700' Wire-Arc Additive Manufacturing (WAM) metal 3D printing system (ARCEMY X) at Cogitic Corporation. 

AML3D has received a $0.28 million order from Century Engineering, an Australian Defence and industry supplier, to upgrade a robotic welding system into a cutting-edge ARCEMY metal 3D printing system.

Metal additive manufacturing AML3D has clinched a monumental deal worth approximately AUD 2.2 million with shipbuilding company Austal USA.

AMCM, a provider of customised metal 3D printing machines, has embarked on a journey to advance additive manufacturing by enhancing the thermal management and performance of its flagship M 4K printer, according to a case study published on Conflux Technology's website.

The seventh edition of Additive Manufacturing Research's "Metal AM Markets: 2023" report has forecasted that the metal 3D printing market will reach $5.4 billion in 2023, including $3.2 billion for contract services, $1.3 billion for hardware, and $920 million for materials.

Metal additive manufacturing company AML3D Limited has reported strong results in earnings for the full year ended 30 June, highlighting US Defence revenues of over $6 million.

The race is on to make space components more dependable, affordable, scalable, and producible using agile manufacturing techniques as the aerospace industry moves quickly towards additive manufacturing (AM) as a method to convert innovative, physics-based designs into higher-performing parts.

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.

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.