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2.16.23-Advances-Webinar-Duncan
Conference Video
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Duration: 31:26
February 16, 2023
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2.16.23-Advances-Webinar-Duncan
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Additive manufacturing offers the unprecedented ability to design and fabricate novel devices with unique properties. For example, the geometric design freedom provided by emerging multi-material additive manufacturing techniques permits the tailoring of materials composition at the voxel level. However, the available materials set for additive manufacturing techniques are extremely limited, so this design freedom cannot be fully appreciated. MIT Lincoln Laboratory has been developing a number of additive manufacturing materials and processes to address this challenge. A family of nanocomposite inks and their use with custom active mixing nozzle will be discussed. A low temperature process for fabricating 3D glass structures will also be described.
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Additive manufacturing offers the unprecedented ability to design and fabricate novel devices with unique properties. For example, the geometric design freedom provided by emerging multi-material additive manufacturing techniques permits the tailoring of materials composition at the voxel level. However, the available materials set for additive manufacturing techniques are extremely limited, so this design freedom cannot be fully appreciated. MIT Lincoln Laboratory has been developing a number of additive manufacturing materials and processes to address this challenge. A family of nanocomposite inks and their use with custom active mixing nozzle will be discussed. A low temperature process for fabricating 3D glass structures will also be described.
Locked Interactive transcript
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