Robotic Device Printing Skin Cells Directly onto a Burn or Wound Could Have its First-in-human Clinical Trials
In just two years, a robotic device that directly prints a patient's own skin cells on a burn or wou ...
News and Insights of 3D Printing and Manufacturing
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In just two years, a robotic device that directly prints a patient's own skin cells on a burn or wou ...
Researchers have developed a groundbreaking process that enables multi-material 3D printing of reali ...
EnvisionTEC is introducing the new D4K Pro Dental, the highest resolution 4K desktop 3D printer specifically for the dental segment. The D4K Pro from EnvisionTEC includes the fastest print speed for a standard DLP printer (intended as non-continuous). As such it can deliver extremely accurate parts with the finest detail available.
In court hearings, jurors must fully understand the case so that they can make the most informed dec ...
3D printed surgical guides and virtual surgical planning (VSP) have been used in many types of surge ...
Although 3D printing provides many users with the ability to create and innovate new designs and pro ...
As we all know, additive manufacturing a.k.a. 3D printing can change many industries. However, the u ...
Though you’d be hard pressed to find a person that hasn’t heard about COVID-19, much is still not known about the virus, especially about its long-term effects on the human body. As part of ongoing research into how the virus will impact patients that have recovered from it, Axial3D and the respiratory team at the Belfast Health and Social Care Trust have reproduced a scale 3D lung model of a COVID-19 patient using 3D printing.
In China, AK Medical is a leading manufacturer of joint prosthetic devices and, interestingly, it was also the first company to receive approval for the implementation of metal 3D printed implants in China by the National Medical Products Administration (NMPA). Today, medical device company has scaled up its production of orthopedic implants thanks to a fleet of eight GE Additive Arcam EBM systems.
Materials science engineers at the University of Wisconsin–Madison are developing a new, 3D printed artery graft (artificial blood vessel) that allows doctors and patients to keep tabs on its health remotely. The implantable vessel, made of a flexible composite and capable of real-time monitoring, is described in a new study published in the journal Advanced Functional Materials by UW–Madison professor Xudong Wang and graduate student Jun Li.