The technique involves embedding different levels of solid and liquid in order to customize the elasticity. Adding more liquid makes the material softer and more elastic. This technique allows the printer to exactly customize the elasticity of the print, and even of different areas within the print.
These programmable materials can help reduce wear and tear on moving parts by damping shocks and reducing vibrations. They can also help make robots easier to control by making movements more precise. This method could even have other applications such as in shock-absorbing running shoes and headgear.
Source: MIT News
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