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ASU researchers use AI to improve metal 3D printing accuracy and speed

AU Manufacturing

Researchers at Arizona State University are working to enhance metal 3D printing processes through the development of artificial intelligence systems designed to improve the speed and reliability of producing critical components, including naval propellers.

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RIC Technology debuts robotic 3D printer that can print up to 3 stories high

Robotics Business Review

RIC Technology’s new RIC-PRIMUS will be 3D printing live at WOC 2025. Source: RIC Technology RIC Technology last week debuted its most advanced and largest construction robotic 3D printer, named RIC-PRIMUS. With the capability to print three-story structures up to 32 ft. 26 m) printing length, and a 36.1-ft.

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World’s tallest 3D-printed building completed using robot construction technique

E&T

The worlds tallest 3D-printed building, Tor Alva, has been completed in Switzerland using a unique construction technique.

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CSIRO boosts local manufacturing through Lab22 3D printing centre

AU Manufacturing

Established in 2015, Lab22 has become one of the nation’s leading hubs for metallic 3D printing. Its capabilities include metallic 3D printing, advanced machining, surface engineering, laser-assisted additive deposition, and laser heat treatments.

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3D Printed Tooling for Robots

Automation World

Rapid Robotics uses Markforged 3D printers to produce custom tooling and grippers within 12 hours.

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How robotics and automation can benefit from 3D printing, explains Replique

Robotics Business Review

Robotic arms in large-scale 3D printing deposit materials layer by layer, transforming production. Source: Replique In the realm of modern manufacturing and automation, the integration of robotics continues to redefine industry standards. Additive manufacturing plus robotics can transform industries.

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MIT CSAIL’s new vision system helps robots understand their bodies

Robotics Business Review

MIT tested its system on a soft robotic hand, a rigid Allegro hand, a 3D-printed arm, and a rotating platform with no sensors. It offers a different approach to robotic control. The approach, called “Neural Jacobian Fields” (NJF), gives robots a kind of bodily self-awareness, said the researchers.

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