The First Soft, Compliant, Sensor‑Integrated Hands
Printed in One Pass
nano3Dprint Robotics integrates structure, electronics, and tactile sensing directly into the hand during fabrication.
No machining. No wiring. No assembly.
Just a fully functional, adaptive manipulation system - printed.
THE BREAKTHROUGH - Printed, Not Assembled
nano3Dprint multifunctional printing integrates structure, soft‑rigid transitions, embedded electronics, and tactile sensing directly into the hand during fabrication.
Human‑Level Manipulation
Humanoid robots are advancing rapidly, but manipulation remains the bottleneck.
Rigid hands-even with sensors-are expensive, slow to build, and unable to conform to real‑world objects.
A Fraction of the Cost. Ready for Millions of Units.
Traditional humanoid hands are over‑engineered, labor‑intensive, and nearly impossible to scale. Every unit requires machining, wiring, assembly, and calibration - driving up cost and limiting production.
As humanoid robotics moves toward mass deployment, scalable manipulation is no longer optional - it's essential.
A Scalable Platform for Humanoids, Automation, and Embodied AI
nano3Dprint is more than a hand, it's a platform.
OEMs can integrate our standard hands or collaborate on custom end‑effectors optimized for their robots, tasks, and environments. Our design‑print‑test loop enables rapid iteration and application‑specific performance at unprecedented speed.
This is the manipulation layer the industry has been waiting for.
Now Open for OEM Pilots and Strategic Investor Participation
nano3Dprint is onboarding a limited number of robotics OEMs for pilot deployments, integration testing, and co‑design programs. These early partners gain access to our latest soft, sensor‑rich hand designs and direct collaboration with our engineering team.
We are also opening a selective window for investors aligned with our manufacturing scale‑up and platform roadmap. As demand for humanoid manipulation accelerates, early participation offers a unique opportunity to shape the future of embodied AI.