<p>➀ MIT's CSAIL has developed Xstrings, a new 3D printing technique that simplifies the creation of cable-driven devices by embedding cables directly into 3D-printed structures, reducing production time by 40%.<br/>➁ The system allows users to specify motion types such as bending, twisting, or coiling through a digital blueprint, enabling seamless design and fabrication in a single step.<br/>➂ Demonstrated applications include robotic fingers, interactive sculptures, and gripping tentacles, showcasing potential in robotics, art, and wearable tech.</p>
Related Articles
- Smart Implants with Miniaturized Motors Find Their Place in Bone Screws at Hannover Messe6 months ago
- Prototype of a Particularly Sustainable and Energy-Autonomous E-Bike Terminal Developed at HKA5 months ago
- Enhancing Chitosan Films with Silanized Hexagonal Boron Nitride for Sustainable Applications5 months ago
- White Knight to save Shibaura5 months ago
- Ed Rides The Tariff Roller-Coaster5 months ago
- Image Acquisition Software Launch for Centralized Control of NanoZoomer® MD Series5 months ago
- Trump creates U.S. Investment Accelerator to manage CHIPS Act and 'negotiate much better deals'5 months ago
- Water Purification and Energy Generation Using a CNF@CTAB-MXene/PTFE Janus Membrane5 months ago
- Contactless Timing for Paralympic Swimming5 months ago
- Fishing6 months ago