Biofuse is said to give OEMs 'precise control' over pore size, porosity and lattice gradients by integrating fully interconnected porous architectures directly into implant geometries.
Through this initiative, the MIB Program will fund placement of its first Nikon SLM Solutions’ NXG 600E laser-powder bed fusion system in the Nikon AM Technology Center in Long Beach, California.
Designed for safe, full-scale static firings, and future qualification processes like drop and temperature storage testing, the site enables validation of SRMs built using the company’s Lynx manufacturing process.
The partners hope to strengthen national manufacturing resiliency and enable faster production for shipbuilding and fleet readiness by combining their respective offerings.
According to Phase3D, the Fringe Inspection M2 Series 5 Kit will enable those users to see and measure every layer of a build in real time, making the detection of defects easier while also enhancing yield.
The Australian manufacturer of 3D printed heat exchangers will support the development of lightweight additively manufactured heat exchangers for next-generation aircraft.
The system follows a circular tool path, allowing it to print round components, and will open up new possibilities for aerospace and industry, according to ETH Zurich. A patent application has been filed.
GKN Aerospace has established a new production line dedicated to the additive fabrication of a Fan Case Mount Ring (FCMR), a critical component of the Pratt & Whitney GTF engine powering Airbus’ A220 and Embraer E195-E2.
Ursa Major is now running a fleet of six EOS-powered metal 3D printers and is set up to scale its hypersonics production from its Youngstown, Ohio, facility.
Together, Titomic and Amaero will down select refractory and titanium alloy powders based on development programmes and customer demand, with Amaero manufacturing the powders and Titomic manufacturing coatings and parts.