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Revolutionary 3D-Printed Robots Mimic Embryonic Tissues

2/25/2025

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Summary

Story summary

Innovative researchers at UC Santa Barbara and TU Dresden have unveiled groundbreaking 3D-printed robots that mimic embryonic tissues. These remarkable machines can support up to 150 pounds and seamlessly transition between flowing and solid states. Their unique design allows them to reconfigure for various tasks, from forming sturdy bridges to acting as versatile wrenches.

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Story summary

Innovative researchers at UC Santa Barbara and TU Dresden have unveiled groundbreaking 3D-printed robots that mimic embryonic tissues. These remarkable machines can support up to 150 pounds and seamlessly transition between flowing and solid states. Their unique design allows them to reconfigure for various tasks, from forming sturdy bridges to acting as versatile wrenches.