Industry Today: Ways 3D Printing Will Transform Aerospace and Defense November 30, 2020December 11, 2020 | The Essentium Team Share Additive manufacturing (AM) first hit the tarmac in 2014, when Airbus produced a small metal bracket to help secure the engine on one of its commercial jetliners. It marked the beginning of an exciting wave of experimentation by aerospace companies exploring different ways to adopt AM. Today, the ability to rapidly produce parts on-demand via AM has paved the way for ground-breaking efficiencies and is quickly transforming how the industry operates. Aerospace is now reported as the largest single industry using AM, valued in excess of US$1b by Wholers. Read More: Industry Today Share
Additive manufacturing (AM) first hit the tarmac in 2014, when Airbus produced a small metal bracket to help secure the engine on one of its commercial jetliners. It marked the beginning of an exciting wave of experimentation by aerospace companies exploring different ways to adopt AM. Today, the ability to rapidly produce parts on-demand via AM has paved the way for ground-breaking efficiencies and is quickly transforming how the industry operates. Aerospace is now reported as the largest single industry using AM, valued in excess of US$1b by Wholers. Read More: Industry Today
The Essentium Team August 10, 2021 Graphic Display World: Rethinking Design Techniques for High Speed Extrusion 3D Printing Additive Manufacturing (AM) is no longer the way of the future. It IS the future. It is a proven technology that is radically changing the way products are made from shoes to NASA rocket parts. Read more
The Essentium Team July 29, 2021 SME: EssentiumX Exploring the Full Potential of Additive Q: Elisa, what is EssentiumX and why has it been launched? A: Many manufacturers are considering new techniques like additive manufacturing (AM) to transform what and how things are made in order to improve the economics of manufacturing and remove supply-chain risk. Read more
The Essentium Team July 28, 2021 All3DP: Switching from Injection Molding to 3D Printing Cut Costs 95% Mercury Systems speeds up PCB manufacturing by replacing a costly injection molded tools with in-house designed and 3D printed versions. Read more
