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GKN Aerospace: ORNL’s agreement and first flight of GKN’s OID technology involving 3D printed components
GKN Aerospace just signed a five-year research agreement for $17.8 million with Oak Ridge National Laboratory (ORNL).
Both parties will make use of ORNL’s Manufacturing Demonstration Facility (MDF) to develop research on the industrialization...
Additive Talks: The use of AM in the nuclear industry and its hidden complexities
This third episode of Additive Talks was the continuation of a conversation that started two years ago during season two of Additive Talks. With different characters this time, this virtual table provides an update...
Additive Talks: The use of AM in the nuclear industry and its hidden complexities
Two years ago, when we first sat down with industry insiders from Oak Ridge National Laboratory and Burloak Technologies to discuss the use of Additive Manufacturing in the nuclear industry (Additive Talks, season 2,...
NASA builds 3D printed rover wheel prototype for future space exploration
The Oak Ridge National Laboratory which comes under the US Department of Energy took Additive Manufacturing to the next level by 3D printing the same kind of wheel as used by NASA for its...
Xerox sells Elem Additive Solutions business to ADDiTEC
Just like we saw Local Motors rise in a certain way from its ashes, Xerox 3D printing business resurrects through an acquisition of ADDiTEC. While the financial terms around this transaction are undisclosed, the...
Additive Talks: How does Additive Manufacturing serve Electrification?
The second episode of the year of Additive Talks was dedicated to Additive Manufacturing & Electrification. The topic is discussed in a context where the adoption of AM is most of the time highlighted...
Additive Talks: How does Additive Manufacturing serve Electrification?
In simple words, electrification is the process of powering by electricity and, in many contexts, the introduction of such power by changing over from an earlier power source. As the world’s energy diet is...
Entering a new age of real low-cost Titanium for Additive Manufacturing with IperionX.
Used for everything from cars, medical implants, jewelry to heat exchangers and more, titanium is appealing for its lightweight, strong, stable properties and ability to withstand corrosion. Its low density and high strength make...
An OpeN-AM experimental platform enables to study the microscopic behavior of additive metal welds as they’re being created
The experimental platform system is called OpeN-AM, with OpeN being short for operando neutrons, a term for using neutrons to study something while it’s operating, and AM for additive manufacturing.
Researchers at the Department of...
GKN Aerospace and Northrop Grumman achieve their largest Titanium 3D Printed Aerostructure Component
Imagine a component that measures 8 feet (2.5 meters) and processed from approximately 100 pounds (45 kg) of titanium. This is exactly the type of additive manufacturing production I would like to see by...