Blends and Additives Could Unlock the Full Potential of Flexible TPU 3D Printing
A new review maps how polymer blends and additives can overcome the stiffness, thermal and processing limits of thermoplastic polyurethane ...
A new review maps how polymer blends and additives can overcome the stiffness, thermal and processing limits of thermoplastic polyurethane ...
Researchers have linked 3D-printed collagen scaffolds, scaled-up stem cell expansion, and perfusion bioreactor cultivation to grow large, mineralized bone constructs ...
French researchers have published complete open-source plans for a hand-cranked bench that slices sediment core liners cleanly and reproducibly.
A multi-institution feasibility study found that patient-specific 3D-printed models of pulmonary arteriovenous malformations were successfully fabricated for all cases and ...
A Colombian case series shows how 3D-printed guides, models, and patient-specific implants enhanced preoperative planning in four complex lower limb ...
A new review in the Journal of Materials Science details how direct ink writing enables the 3D printing of complex ...
Concordia University researchers have shown that recycled space-grade PEKK thermoplastic blended with simulated lunar soil can be 3D printed into ...
A new review argues that merging finite-element cardiac modeling, 3D-printed patient-specific phantoms, and artificial intelligence into digital–physical twins could reshape ...
RMIT engineers have 3D-printed a titanium lattice filled with polyurethane foam that floats in water, resists seawater corrosion and stays ...
A WPI researcher is leading a $2.9 million NIH-funded project to build a digital twin model that uses fetal blood ...
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© 2025 Scienmag - Science Magazine