Medical & Dental

Bioprinting technologies have been advancing quite rapidly in recent years. In the medical sector, this method allows cells and biomaterials to be combined and deposited layer by layer, aiming to create biomedical models with the same properties as living tissues.…

Researchers at the University of Minnesota partnered with the U.S. Army Combat Capabilities Development Command Soldier Center to 3D print unique fluid channels at the micron scale. The ability to additively manufacture such microfluidic channels can potentially automate the production…

What if you could 3D print your kidney? This is what CollPlant Biotechnologies and United Therapeutics Corporation are looking to do: they have just expanded their current partnership to produce and use a human collagen-based bioink to accelerate human kidney…

Research in the field of neural interfaces has existed since the 1970s, but innovation in the field has often been impeded by the high cost and long development time of producing prototypes. Additive manufacturing counteracts these limitations. As a result,…

According to the report by a consulting and market research firm, QY Research, the dental 3D printing industry is expected to reach $930 million by the end of 2025. In other words, the market is estimated to grow at an annual…

The dental sector has kept reinventing itself since the introduction of 3D printing technologies! And one company that caught our eye is LightForce Orthodontics. Based in Boston, it provides a digital platform to orthodontists to fully personalise 3D printed dental…

Some COVID-19 testing methods are not the most pleasant: virological testing (RT-PCR) can be very uncomfortable for many patients. A nasal swab is inserted quite deep into the nose to take a nasopharyngeal swab. A team of engineers from the School of Engineering…

The field of bioprinting has experienced multiple breakthroughs in recent years, one of which is the possibility to generate tissue structures using bioinks and 3D bioprinters. One of the main hurdles in this field is keeping these tissues alive. As…

At the University of Wisconsin-Madison, scientists have developed 3D printed blood vessels that enable patients to monitor their blood pressure remotely. This is promising research given that today, when surgeons replace part of a blood vessel, the grafted vessel is…

During the global health pandemic, many initiatives emerged to prevent the spread of the virus. In particular, additive manufacturing helped to reduce the spread thanks to some properties offered by the technology, such as copper 3D printing on high touch…

The treatment of an orthopaedic bone fracture can be very complex, and usually requires a metal rod or plate to be placed in the body to stabilize the bone. Scaffolding materials encapsulated in powders or paste are then injected into…

New advances in 3D bioprinting for medical purposes appear as a group of researchers from Nagoya University, Japan has developed 3D printed parts from fish gelatin. More precisely, these parts are actually hydrogel patches implantable in cancer patients. The 3D…