Ultrasonic Additive Manufacturing (UAM): A solid-state process that utilises high-frequency mechanical vibrations to bond layers of metal foils or tapes without reaching the melting point.

Engineers at Bristol University have developed an ultrasonic additive manufacturing system that prints composite materials in 3D. According to the university, the technology will soon enable a much ...

New 3D Printers and Modifications. Fabrisonic introduced the SonicLayer 1600, a hybrid platform that simultaneously offers additive and subtractive capability. An ultrasonic additive manufacturing ...

Fabrisonic uses ultrasonic additive manufacturing (UAM), which is a solid-state 3D-printing process for metals that uses sound waves to merge layers of metal foil. The process produces true ...

Ultrasonic Additive Manufacturing. Additive manufacturing has emerged as one of the key disruptive technologies of the 21 st century. It provides several benefits compared to conventional ...

Fabrisonic showcases UAM paired with conventional and other additive processes in Booth 433017. Advertisement Metalworking’s leading information resource Subscribe Topics All Topics Machine Tools ...

EWI, an engineering research organization that focuses on materials joining and related technologies, recently entered into a development agreement with Ultra Tech Machinery to build “the first very ...

Ultrasonic additive manufacturing makes parts no other technique can. In 1999, Dawn White, a researcher at Ford, invented a process called “ultrasonic-additive manufacturing” (UAM), also ...

Buffalo Manufacturing Works helps innovation-driven organizations excel by partnering with their internal manufacturing, ... and access to ultrasonic additive manufacturing through our affiliate ...

According to the university, the technology will soon enable a much greater range of items to be 3D printed at home on a small budget. A research team at Bristol University have developed the first ...