3D-printable material can heal the body, build better robots and recover critical minerals
A new 3D-printable material is emerging with applications ranging from biomedical healing to robotic construction and mineral recovery.
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The brief
New advancements in 3D-printable materials are being developed for diverse uses. According to coverage from Tech Xplore, these materials may be used to heal the body, build improved robots, and recover critical minerals.
Specific developments in bioprinting are highlighted by the 3D Printing Industry, which reports on an EU project that grows living fat, muscle, and bone. Other outlets, including The Good Men Project and create digital, frame these developments as living upgrades and transformative innovations in biomedical engineering.
Future focus remains on the integration of these materials into biomedical engineering and the continued progress of the EU's bioprinting project.
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Quick answers
What biological tissues can the new bioprinting method grow?
An EU project is using the method to grow living bone, fat, and muscle.
Beyond health, what are the other applications of this material?
The material can be used to build better robots and recover critical minerals.
How is this technology being characterized in the industry?
Coverage describes it as a living upgrade for 3D printing and one of several innovations transforming biomedical engineering.
Coverage (4)
- 3D Printing Gets a Living Upgrade The Good Men Project · 16h ago
- EU project grows living bone, fat and muscle with a new bioprinting method 3D Printing Industry · 16h ago
- 3 innovations transforming biomedical engineering create digital · 16h ago
- 3D-printable material can heal the body, build better robots and recover critical minerals Tech Xplore · 16h ago
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