A new open-source modular mobile manipulator platform streamlines embodied AI research with unified simulation-to-reality APIs, plug-and-play modules, and a turnkey PyBullet framework to accelerate ...

The achievements presented in these papers address some of the challenges and advance research on bio-inspired legged robot design, sensing and control. We hope this Research Topic will be helpful to ...

Some researchers at Duke University say that you can get an affordable one soon with a text to a $300 3D printer. “We’re automating the robot design, so it’s robots making […] ...

Richtech Robotics partners with Beijing City of Design to enhance AI-driven robotics R&D and market deployment.

How China’s $138B investment in embodied AI is revolutionizing robotics, reshaping industries, and redefining human-robot interaction ...

#OctopusEffects, #Blender Instructions for modeling a female robot using basic commands in Blender 3.3 Timestamp 00:00 Introduction 00:13 Pelvic region 00:57 Legs 03:22 Upper Body 05:06 Head 06:23 ...

Algorithm streamlines vascular system design for 3D printed hearts by Laura Castañón, Stanford University edited by Robert Egan Editors' notes ...

Your average 3D printer is just a nozzle shooting out hot plastic while being moved around by a precise robotic mechanism. There’s nothing stopping you replacing the robot and moving around … ...

News Car Tech Manufacturing Watch a BMW Guru Design a 3D-Printable 1,800-HP Turbo Manifold Jon Volk is a well-known maker of custom exhaust manifolds for high-horsepower BMWs.

Whether through 3D simulations, robotics or semiconductors, this effort involves prioritizing the right issues, recognizing the power of AI to initiate change and, ultimately, envisioning a more ...

In relation to automated 3D concrete construction printing, a structure design of a suitable robot manipulator is presented as well as analytical solutions of related kinematics. The proposed ...

Realtime Robotics today launched Resolver, a new cloud-based solution that dramatically accelerates the design and deployment of robotic workcells.