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Advanced Manufacturing Laboratory

UC Davis AML

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Pioneered Research by AML 

DSP12

Direct Sound Printing (DSP)

Direct Sound Printing (DSP) integrates sonochemistry and thermochemistry to advance polymerization processes, redefining the potential of additive manufacturing.

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bodyprinting

Minimally Invasive Deep Inside the Body DSP Printing

Revolutionizing regenerative medicine, DSP allows precise, in-situ fabrication of tissues and implants beyond physical barriers, offering a transformative approach to non-invasive medical treatments

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HDSP

Holographic DSP (HDSP)

HDSP leverages acoustic holography to enable simultaneous polymerization across complex patterns, a technological leap in DSP.

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RDP

Remote Distance Printing (RDP)

RDP redefines additive manufacturing by enabling polymerization in inaccessible locations beyond barriers using DSP, overcoming the limitations of light and heat-based technologies.

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sono

Fundamental Study of Acoustic Interaction with Matter

The study of acoustic-matter interaction in DSP aims to deepen our understanding of action mechanisms, enabling the development of tailored materials and optimized printing processes.

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cadcam

CAD/CAM Research

Modeling and optimization of manufacturing processes which most often lead to designing novel manufacturing processes.

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AML in the Spotlight

Society of Manufacturing Engineers (SME), recipient of David Dornfeld Manufacturing Vision Award.

UC Davis researchers to 3D print inside the human body, voxelmatters.