Self-Modeling Material


Feasibility study for the patent, developed to optimize e-commerce. The project uses microfluidic metamaterials and augmented reality to create wearable devices capable of changing shape and texture. Adapting in real time to the user's morphology, the technology replicates the tactile sensation of the product online, reducing return rates and redefining rapid prototyping.



Self-Modeling Material


Feasibility study for the patent, developed to optimize e-commerce. The project uses microfluidic metamaterials and augmented reality to create wearable devices capable of changing shape and texture. Adapting in real time to the user's morphology, the technology replicates the tactile sensation of the product online, reducing return rates and redefining rapid prototyping.

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