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Sep 22,2023

Difference between electronic testing machine

Difference between electronic testing machine, hydraulic tensile testing machine and universal material testing machine

Difference between electronic testing machine

Sep 22,2023

Comprehensive ceramic cell suspension bioprinting to print "bones" with living cells

According to the latest news on the website of the "Daily Science" in the United States, scientists at the University of New South Wales in Australia have developed a ceramic-based "ink" that allows surgeons to 3D print bones with living cells (used to repair damaged bone tissue).

Comprehensive ceramic cell suspension bioprinting to print "bones" with living cells

Sep 22,2023

The researchers created a 3D printed bioresorbable respiratory scaffold

Researchers at ETH Zurich have created a new 3D printed airway scaffold that is biologically resorbable. They believe that this new stent could simplify the treatment of upper airway obstruction in the future,

The researchers created a 3D printed bioresorbable respiratory scaffold

Sep 22,2023

Swedish scientists develop 3D printed bioceramic implants that can induce skull regeneration

Bioceramic implants stimulate the regeneration of natural skull, so even large skull defects can be repaired in ways that were not possible before. A research team consisting of the University of Gothenburg, Karolinska Institutet and Uppsala University has developed an implant called BioCer

Swedish scientists develop 3D printed bioceramic implants that can induce skull regeneration

Sep 22,2023

Researchers have developed a rapid 3D printing technique that can be used to make organs

One of the main goals of printing and medicine is to be able to 3D print human organs for transplantation. Because of the small number of available organs, almost all patients worldwide who need organ transplants are waiting on transplant lists.

Researchers have developed a rapid 3D printing technique that can be used to make organs

Sep 22,2023

American researchers have created a faster and more precise 3D printing process

Researchers at the Rutgers School of Engineering have created a method for 3D printing large, complex parts at a fraction of the cost of current methods. The new method, called multiple fused filament fabrication (MF3), uses a single gantry, a sliding structure on a 3D printer, to print single or multiple parts simultaneously.

American researchers have created a faster and more precise 3D printing process
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