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Outlook on the 3D Printed Surgical Models Global Market to 2028 - by Specialty, Technology, Material and Region

Outlook on the 3D Printed Surgical Models Global Market to 2028 - by Specialty, Technology, Material and Region
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Mighty morphing 3D printing

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IMAGE: The morphing nozzle in action, 3D printing fiber-filled composite materials with on-demand control of fiber alignment for 4D printing. For a larger image, visit: go.umd.edu/morphing.
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Credit: University of Maryland
Engineers at the University of Maryland (UMD) have created a new shape-changing or morphing 3D printing nozzle that was featured as a Frontispiece in the January 5th issue of the journal
Advanced Materials Technologies.
The team s morphing nozzle offers researchers new means for 3D printing fiber-filled composites - materials made up of short fibers that boost special properties over traditional 3D-printed parts, such as enhancing part strength or electrical conductivity. The challenge is that these properties are based on the directions or orientations of the short fibers, which has been difficult to control during the 3D printing process, until now. ....

Connor Armstrong , Noah Todd , David Bigio , Ryan Sochol , Abdullah Alsharhan , Umda James Clark School Of Engineering , University Of Maryland , Advanced Materials , Bioinspired Advanced Manufacturing , Clark School , Jet Printing , Printing Hub , இணைப்பான் ஆம்ஸ்ட்ராங் , நோவா டாட் , உம்த ஜேம்ஸ் கிளார்க் பள்ளி ஆஃப் பொறியியல் , பல்கலைக்கழகம் ஆஃப் மேரிலாந்து , கிளார்க் பள்ளி , ஜெட் பிரிந்த்ிங் , பிரிந்த்ிங் மையம் ,