Nitinol structures for medical devices manufactured using 3D printing

Exhibitor
Area of exhibition:
Stand
Knowledge-generating body:
IMDEA Materials

Through the use of advanced algorithms, complex intertwined fiber structures are 3D printed from smart alloys (Nitinol) that have superelastic and shape memory properties, allowing the manufactured actuators to undergo large deformations (>50%) while maintaining minimal hysteresis and returning to their original configuration with exceptional precision.

Country:
Spain
Region:
Community of Madrid
Sectors:
Health
Medical Devices
Biotech & Therapeutics
SDG:
SDG03: Good health and well-being
Video Link:
View video here
Applications

This technology allows for the design of structures and devices with high strength, large-scale reversible deformability, superior energy absorption, and patient-adaptable geometry.

Health
Industrial Biotech
Exhibitor
false

Method of prediction of the phenotypic effects of molecular agents with therapeutic potential through their interaction with biological targets.

Region
Andalusia
Spain
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Health
Digital Health
Other
Exhibitor
false

CLAP -Hyperrealistic hand interaction for virtual reality

Region
Community of Madrid
Spain
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New & Sustainable Materials
Energy
Industrial Biotech
Health
Medical Devices
Exhibitor
false

RThAB

Region
Community of Madrid
Spain
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