Mobile AM Robots to Roam Factory Floors

Researchers unveiled a closed loop, obstacle aware control framework that lets mobile additive manufacturing (AM) robots print while navigating dynamic factory floors.

Rotational MultiMaterial 3D Printing of Pneumatically Programmable Soft Robots

Anthony Palumbo and Charles Goulding examine how rotational multi-material 3D printing embeds programmable pneumatic channels in elastomer filaments to create soft robots that bend, twist, and grasp on command, while highlighting key durability and scaling limits. Introduction Soft robots can bend, twist, and conform around delicate objects, enabling safer interaction than many rigid mechanisms. However,… Continue reading Rotational MultiMaterial 3D Printing of Pneumatically Programmable Soft Robots

Bioinspired AM Boosts Robotic Limb Stiffness And Sensing

A new paper in Bioinspiration & Biomimetics describes a bioinspired, additive approach for robotic limbs that increases structural stiffness while improving built-in strain sensing, hinting at lighter, smarter actuators and manipulators with fewer add-ons and less wiring.

Penn State And ARL Unveil LAMAR Robotic DED

Penn State and the US Army Research Laboratory (ARL) have introduced LAMAR, a large-format robotic Directed Energy Deposition (DED) platform aimed at faster metal additive research and process control.

Almond AI Launches Robot-as-a-Service Platform to Automate 3D Printer Operations

Need a robot to help operate your 3D printers? An Almond Bot can do that. A new company, Almond AI, is marketing a robotic solution for manufacturing equipment automation. They offer a “robot as a service” that can perform inspection, pick & place functions, and automatically tend to machines — and that’s the function we’re… Continue reading Almond AI Launches Robot-as-a-Service Platform to Automate 3D Printer Operations

New Open Source WAAM Framework Could Reducing Costs of Robotic 3D Printing

Researchers have developed an open source architecture for Wire Arc Additive Manufacturing, “WAAM”. WAAM is a popular 3D printing process, particularly for large-format devices. The idea is to feed standard welding wire feedstock to a toolhead, where a high-energy electrical arc instantly melts the metal. The toolhead is mounted on a robotic arm, which moves… Continue reading New Open Source WAAM Framework Could Reducing Costs of Robotic 3D Printing