3D PRINTERS TECHNOLOGY IN HEALTHCARE

It seems that prostheses and artificial organ trials produced by 3D printers, the use of which is increasing day by day, will be the definitive solution to many diseases that are seen as problems in the future. 3D printers in healthcare manage to save lives as well as improve living conditions.

3D Printers technology is gaining a new place in human life day by day. Looking at the line regarding the development of this technology to date, 3D printing technology has primarily produced the creation of man-made lattice structures highly relevant to daily use items, glasses, shoes, phone cases, textiles, architectural models, materials science. , and the desired properties from available materials. Don’t get it. And now, it continues to advance as the groundbreaking technology of the future in terms of human health, with researches such as artificial organ pressure trials in the health sector, the completion of missing bone fragments and the making of personalized prostheses.

Newborn modeling, personalized surgical devices (drilling guides), facial and leg prostheses, hearing aids referring to the field of audiology, reconstructive dental applications and custom-sized orthopedic implants obtained from oral scan images of the patient and transparent aligners come to the fore. in the dental area. In addition, the use of 3D printer applications in areas such as surgical instrument manufacturing, soft tissue and cell printing, biomedical skeleton systems, and orthopedic foot products continues to increase and develop day by day.

It seems that prostheses and artificial organ trials produced by 3D printers, the use of which is increasing day by day, will be the definitive solution to many diseases that are seen as problems in the future. 3D printers technology manages to save lives as well as improve living conditions. When we look at a cancer patient whose pelvis has been transplanted with a 3D printer in the UK, he can walk with the help of a cane. We see another important life-saving operation in the Netherlands. The skull of a 23-year-old patient is replaced with a 3D printed synthetic skull, and this method gives the patient more positive results than previous methods. The patient regains brain functions much more easily. In addition to all these applications, studies are carried out at full speed in the world for the production of artificial organs with 3D printers in healthcare.

Result

Although artificial organs cannot be produced exactly today, especially before surgery, doctors can create a 3-dimensional topographic map of the area to be operated with the help of MRI and transform them into concrete objects with the help of 3D. printers and print. They see what they will encounter during the operation and draw the roadmap more easily, that is, they rehearse the operation in a way. As might be expected, being able to exert such a pre-operative effect has a great impact on the success of the surgery. Likewise, the part that will be subject to maxillofacial (tooth-jaw) operation can be created in 3 dimensions by scanning. Surgeons can determine what kind of roadmap they should follow by preliminary study on the solid model of the relevant region in their hands.