Soft-Robotic Synthetic Organs are bioengineered devices designed to replace or assist in the function of human organs. These organs are composed of soft, biocompatible materials and incorporate micro-fluidic systems for actuation.
They address the need for more durable and biocompatible alternatives to traditional rigid materials used in medical devices, which can lead to complications like tissue damage or immune reactions. Soft-Robotic Synthetic Organs aim to provide a safer, more natural interaction with human tissues.
These synthetic organs use pneumatic or hydraulic micro-fluidics integrated with flexible polymer structures to mimic the mechanical properties and functions of natural human tissues. The actuators within these organs can be controlled by external signals to perform tasks such as pumping, squeezing, or expanding, thus replicating the organ's physiological processes.
The manufacturing process involves creating intricate polymer structures using techniques such as injection molding and 3D printing. These structures are then integrated with micro-fluidic channels that can be filled with air or fluid for actuation purposes.
The build process begins with designing the organ's structure, followed by creating molds or templates. The polymers are then injected into these molds to form the base structure. Micro-fluidic channels are etched or printed onto this base, and the final assembly involves integrating pneumatic or hydraulic systems for actuation.
Field units draw low hundreds of watts; fabrication is energy-intensive due to vacuum baking
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