Tag: additive manufacturing

High-strength, stainless, austenitic steel for Additive Manufacturing – this is what Printdur® HSA offers. The steel powder innovation from Deutsche Edelstahlwerke (DEW) was recently awarded the MP Corrosion Innovation of the Year Award 2021.

An additive manufacturing process pioneered by engineers at Cranfield University in the UK has led to the production of the first full-scale prototype of a titanium pressure vessel for use in manned spaceflight.

A new TWI members’ Core Research Project (CRP) has been launched, bringing together expertise from three different technology groups in TWI to investigate various integrated additive manufacturing strategies, from feedstock customization to online monitoring techniques, to ensure build consistency and part quality.

5N Plus Inc. (5N Plus) and Graz, Austria-based Metalpine GmbH (Metalpine) announced that the parties have entered into a strategic agreement aimed at jointly serving the growing demand from Additive Manufacturing markets.

Additive manufacturing (AM) processes are rapidly maturing and offer the capability to build a new generation of components with complex designs, enhanced functionality, and rapid repair of existing components.

A developer of microwave plasma technology for the production of advanced materials used in additive manufacturing (AM), lithiumion batteries and other industrial markets, has launched the world’s first AM powders derived from sustainable sources.

To save time and costs during the production of aircraft components, Airbus Helicopters, headquartered in Donauwörth in Bavaria, recently turned to additive manufacturing. After manufacturing titanium components in the 3D printer, the next step is to separate them from their baseplate. The company uses a fully automatic bandsaw specially designed for use in the world of generative manufacturing.

Additive manufacturing is a new manufacturing technology to produce parts that are used in both research and production plants at BASF.

Lockheed Martin has embraced a 3-D printed titanium dome for satellite fuel tanks so big you can’t even put your arms around it. The 46-inch- (1.16-meter-) diameter vessel completed final rounds of quality testing in July, ending a multi-year development program to create giant, highpressure tanks that carry fuel on board satellites.

To further drive the adoption of 3D Printing technologies beyond prototyping to final parts production Henkel has joined Origin´s open materials platform.