On May 7, 2024, Associate Professor Matthew Griffith, a materials engineer atthe University of South Australia (UniSA), has developed a bio-ink that, combined with 3D printing technology, offers new hope for the treatment of neurological diseases, thereby helping to treat a wide range of neurologica Read More

On January 29, 2024, the Antarctic Bear learned that researchers at Texas A&M University (TAMU) have successfully developed a 3D printed electronic skin (E-skin) using a nanoengineered hydrogel with adjustable electronics and thermal biosensing. The electronic skin can bend and stretch freely like human skin, and has sensory functions. Read More

Using 3D printed simulation models and artificial intelligence (AI) to enhance robotic surgical training emphasizes the advantages of 3D printing models in the field of robot-assisted surgery, which will contribute to improving clinical applications. The field of robot-assisted surgery has experienced exponential growth. For example, the usage of da Vinci Surgical System has significantly increased over the past decade, highlighting the importance of training in robot-assisted surgical procedures. Robot-assisted surgery has become synonymous with minimally invasive surgery Read More

Researchers have demonstrated in a new study that extremely realistic prosthetic eyes can now be created using 3D printing technology in a fraction of the time it usually takes to create artificial eyes by hand. Read More

Researchers from IOCB in Prague and GHENT University (GHENT) have published a paper in ACS Applied Engineering Materials presenting their findings on a gelatin-based material that has the potential for a wide range of medical applications, especially in plastic and reconstructive surgery. The study suggests a new way to easily monitor 3D printed gelatin based materials using X-ray machines or computed tomography (CT). Read More