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3D-printed lattices mimic the bone–tendon interface without long transition zones

Tech Xplore reports that the lattices form robust, compact connections between stiff and flexible structures.

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2 Sources, 2h ago, first seen 2h ago

TLDR

Tech Xplore reports that 3D-printed lattices connect stiff and flexible structures in a way that mimics the bone–tendon interface. The connections are robust and compact, without the long transition zones that gradual designs often require.

Combined views

1.5K

2 Sources, first seen 2h ago

6 likes1 saves6 reposts

Combined views

1.5K

2 Sources, first seen 2h ago

6 likes1 saves6 reposts

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2 Sources

@physorg_comRT @TechXplore_com: 3D-printed lattices form robust, compact connections between stiff and flexible architectures, mimicking the bone–tendo…2h
@TechXplore_com3D-printed lattices form robust, compact connections between stiff and flexible architectures, mimicking the bone–tendon interface without the long transition zones that gradual designs often require. @TUDelft @NatureComms https://techxplore.com/news/2026-10-bone-tendon-3d-mimic-body.html?utm_source=twitter.com&utm_medium=social&utm_campaign=v22h
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    2 Sources

    @physorg_comRT @TechXplore_com: 3D-printed lattices form robust, compact connections between stiff and flexible architectures, mimicking the bone–tendo…2h
    @TechXplore_com3D-printed lattices form robust, compact connections between stiff and flexible architectures, mimicking the bone–tendon interface without the long transition zones that gradual designs often require. @TUDelft @NatureComms https://techxplore.com/news/2026-10-bone-tendon-3d-mimic-body.html?utm_source=twitter.com&utm_medium=social&utm_campaign=v22h
    Today's Rank

    #18

    Today's Rank

    #18