MIT CSAIL's X-Hinges 3D-Prints Everyday Objects With Built-In Sensing Across Three Motion Axes
MIT News AI · rss · 2026-10-23
MIT CSAIL and Tianjin University unveiled X-Hinges, design software that 3D-prints everyday objects as self-aware devices. It automatically embeds two materials — a sensor filament maximizing signal and a trace material avoiding interference — and supports up to three motion axes, overcoming prior single-axis limits. Demos include a glove that teaches a robot hand grasping, a pinch-dimmable origami lamp, and a surface recognizing objects (like a banana) via tactile data. A computer vision system recalibrates sensor drift across identical prints. The work will appear at ACM UIST; the team's next step is co-printing actuation and sensing for embodied-intelligence platforms.
More from Embodied
- Dev builds ESP32 desk display showing Claude Code and Codex agent status via local Go helper — tonylook · 2026-10-23
- Dream Labs emerges from stealth with Dream-1 robot foundation model at $3/hour — scott_e_reed · 2026-10-23
- AdaDex turns seconds of human hand motion into generalizable dexterous robot skills — mangahomanga · 2026-10-23
- Perplexity's Portable Computer lands on AMD Ryzen AI Max, running local 27B model — AravSrinivas · 2026-10-23
- Formic raises $50M Series B to scale physical AI across 100+ US factories — garrytan · 2026-10-23
- fal starts fine-tuning a physical robot to draw, results next week — OdinLovis · 2026-10-23