Ice 3D printing process could yield new biomedical and electronic devices with complex internal channels
Researchers at Carnegie Mellon University have developed a method of 3D printing microscale ice structures that can be used as sacrificial templates to form intricate channels inside other parts. This ‘inside-out’ 3D printing process involves jetting water droplets onto a custom-built platform, capable of freezing them upon landing at a temperature of -31 °F. These […]
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Author: Paul Hanaphy
