3D printing method for switchable soft actuators
Researchers create a printable liquid crystal elastomer that switches molecular alignment to produce opposite motions on demand from a single material.
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Researchers create a printable liquid crystal elastomer that switches molecular alignment to produce opposite motions on demand from a single material.
A new 3D-printable material can be programmed to either stretch or shrink when heated, giving researchers a powerful new way to build soft robots, artificial muscles, adaptive surf...
The humanoid robotics industry is transitioning from prototype development and demonstrations toward structured pilot deployments and early commercial adoption. The new IDTechEx re...
3D-printed blocks maintain electrical connections as structures change shape, enabling devices to detect configurations without external wires or external controllers. Shape-changi...
4D printing is pushing beyond static 3D-printed objects by enabling materials to reshape themselves in response to environmental triggers, using stimulus-responsive polymers and so...
If you’ve ever tried 3D-printing anything, you know just how flimsy the results can be. In fact, simply removing them from the build plate can make you sweat, since at any moment t...
Whether you’re constructing homes through your 3D-printing company, creating RPG tabletop terrains and cosplay weapons through your garag...
Few things make the career jump from regional cuisine delicacy to robotics actuator. Yet, in research vaguely reminiscent of RoboCop, scientists have used skeletal muscle from a li...
Porous 3D-printed feet combined with reinforcement learning improve quadruped robot efficiency by storing and releasing elastic energy, reducing battery consumption while enhancing...
Open-source volumetric 3D printing has moved from the lab to the workbench, as the OpenCAL project now enables makers to produce solid objects in seconds using widely available par...
An experimental hollow-tube extrusion approach could dramatically accelerate large-scale 3D printing while reducing material use, though significant engineering challenges remain b...
A team of researchers at The University of Texas at Austin has created a new 3D-printable material that behaves like living tissue’s built-in sorting system. Instead of passively a...
Researchers have developed tiny rolls that can be unrolled and rolled up in a controlled manner using a magnet. These smart materials enable the development of more efficient drive...
Lyten, which is known for its battery work but also applies its 3D Graphene platform to composites and printing materials, has partnered with US 3D printer manufacturer Modovolo to...
With this technology, computers can manipulate nanostructures within 10 seconds, offering potential applications in cell movement and nanorobot power systems.
Evaporative cooling in a vacuum freezes ultrathin water jets on contact, creating unsupported ice forms for tissue scaffolds and microfluidic channel molds.
A humanoid robot you can build with a desktop 3D printer is lowering the barrier to experimenting with machines that usually cost far more. Researchers at the University of Califor...
How I built an Edge AI pipeline that classifies 29 hand movements and controls five-servo prosthetic hand, with ~5 ms model inference.Continue reading on Medium »
High-force piezo actuators are suitable for applications requiring fast, nanometer-scale motion while maintaining an unobstructed central opening.
The stretchable material tracks human motion, recognizes handwritten letters in real time, and converts absorbed solar heat into electricity.
“They *are* throwing robots.” carlos3dprint shares how they brought Lisa Simpson’s Linguo to life with a little help from AI, 3D printing, and a Raspberry Pi. Check out the details...
Humanoid robots have become an important area of research in robotics, attracting attention from universities, research institutions, and technology companies. The post How Integra...
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