Aluminum- and metal-based additive manufacturing (AM) has a need for collaboration between hardware equipment manufacturers and material providers to address customer problems. In order to solve these challenges, Elementum 3D and SLM Solutions have agreed to collaborate on the design of exclusive aluminum alloys on SLM® technology. In this way, both companies are teaming up […]
Aidro, a subsidiary of Desktop Metal, has become a qualified supplier of additively manufactured aluminum flight parts for the helicopter division of Leonardo. Aidro is one of only two suppliers to receive the Declaration for Qualification of Process for Additive Layer Manufacturing with Leonardo. “We are proud to be selected by Leonardo Helicopters as a […]
Constellium SE is entering into an agreement with Morf3D, Inc., a subsidiary of Nikon Corporation, to jointly develop additive manufacturing (AM) technologies for the aerospace industry. Under the agreement, Constellium will supply Morf3D with Aheadd® CP1, one of its proprietary AM powder alloys. “We are very excited to partner with Morf3D, a leading company in […]
By Amritesh Suman, Strategic Market Research. Additive manufacturing, also known as 3D-printing, is a technology that primarily manufactures parts from a digital model using a method that builds up a material layer-by-layer to produce the part. The materials used can be metals, polymers, hydrogels, or concrete. Metal additive manufacturing can utilize a vast range of […]
One of the key challenges facing metallurgy today is the need for parts and components with increased strength that are also economical and environmentally friendly, especially in regard to aluminum products for automobiles, packaging, and aeronautics. Aiming to address this challenge, Constellium is partnering with the French National Centre for Scientific Research (CNRS) and the […]
AMAG Austria Metall AG in Austria is donating state-of-the art additive manufacturing equipment to the Graz University of Technology (TU Graz) in Styria, Austria. The equipment will be used to research the use of titanium, aluminum, and other materials in the additive manufacturing of aerospace components. “For AMAG, innovation is an essential pillar of the […]
Oak Ridge National Laboratory (ORNL) has been investigating the additive manufacturing of aluminum alloys for several years. In particular, the researchers have been focused on materials that can perform under high pressure in high temperature environments, which are needed for automotive, aerospace, defense and space applications — such as pistons within an engine. Recently the […]
As the recently granted U.S. patents presented here indicate, the additive manufacturing (AM) of aluminum and other light metals is evolving rapidly from what was just two decades ago mainly a prototyping process to a production process that involves automotive, aerospace, medical, and various domestic product industries. In my LMA article from February 2018 on AM […]
Additive manufacturing of aluminum is a small but growing segment, with applications being utilized in niche sectors of the industrial and aerospace industries. In particular, manufacturers are interested in implementing 7000 series aluminum for additive manufacturing due to its high strength. These alloys have also been commonly used in cast, forged, or extruded components for […]
