Czech scientists make full-featured lung models with 3D printing technology

In the past, before the doctor performed the operation, only the CT data could be used to understand the specific situation of the patient in order to develop a surgical plan. But today, with the help of 3D printing technology, more and more laboratories around the world are starting to study biological 3D printing technology. From 3D printing cells to 3D printing kidneys, it's no longer a piece of paper. The 3D printing organ model has become a practical tool.

It is understood that more and more 3D printing models are used in the training and exploration of medical students. When it comes to preoperative preparation and analysis, medical students and surgeons can also have more time and energy to prepare in detail. They are able to see the condition more clearly in the 3D printed model, giving the best diagnosis and treatment. The 3D printed model for training and exploration means that students and surgeons have been able to spend as much time as possible when it comes to checking your specific health or preparing for surgery. They can use 3D printed models to examine tumors they have never seen before, giving them the best treatment and diagnosis. In fact, in addition to being a pre-operative tool, the 3D printed model can also be used as a substitute for animals for drug testing. To some extent, the use of 3D printing organs is almost limitless and can be applied in many fields.

These 3D printed models are also used as excellent educational devices to give detailed explanations of the surgical procedures for the patients themselves and their families, who can see a specific patient model. However, scientists in the Czech Republic have used technologies such as 3D printing to create a full-featured lung. The generation of a full-function lung model will play a crucial role in the treatment and research of asthma and other respiratory diseases.

The team that developed this fully functional lung came from the Brno University of Technology, which used complex mechanical components and 3D printed models to create a fully functional lung. Through this lung model, they are able to develop many new treatments for respiratory diseases. Most importantly, the team's 3D modeling has earned three patents, and they believe that this full-featured lung model has the potential to be applied to a wider range of medical fields through European testing standards.

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