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Advanced Manufacturing Laboratory

UC Davis AML

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Pioneered Research by AML
In 3D Printing, Ultrasound and Manufacturing

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.