Introduction to 3D Printing Technology
Three-dimensional (3D) printing technology was first introduced in the 1980s as rapid prototyping. In recent years, it has become widely known as 3D printing technology. 3D printing used in manufacturing and the arts, serving as the next industrial revolution. As humankind has entered. The era of the knowledge economy more and more concepts and ideas from industry are being extended to many other fields. Using 3D printing technology to process and manufacture objects is a simple idea. Utilizing 3D printing in the medical field follows. The basic principle of using technology to produce patient-specific surgical implantation models or personalized medicine concepts. By combining bionic design and simulation with the high accuracy of 3D printing technology, customized and patient-specific medical devices can manufactur to achieve further additive value, and even bridge surgical robots.
The current medical application of 3D printing is more inclined to clinical application and surgical navigation than the actual repair and regeneration of biological tissues. Furthermore, research on orthopedics and coronary stents has achieved Level I evidence-based medical results. Although 3D-printed pipelines evaluated with a series of outcome evidence, the development of other 3D-printed products still not developed. Dental, maxillofacial. And orthopedic surgical practices are the main areas where 3D printing is widely used. Other applications are also described below. . Furthermore, these 3D printing technologies will soon show huge value and use in the field of regenerative medicine, bioengineering, and gene therapy. The application and clinical application of 3D printing technology in the medical field offers numerous possibilities and can help improve the healing and quality of medical care in the future.
Medical applications of 3D printing Technology:
Production of prosthetic limbs: improving the quality of prosthetic limbs by using customized designs that precisely match the needs of each patient.
Manufacturing of medical implants:
This printing plays a vital role in the manufacture of medical implants. It matches the individual anatomy of the patient, as it reduces the fragmentation time of recovery and improves surgical results.
Manufacture of custom-made anatomical models: 3D printing can use to create 3D patterns of internal organs from CT or MRI images. The new patterns help doctors plan surgeries more accurately, so precise procedures can introduceand risks reduced.
Development of tissues and organs: Recent research conducted to use 3D printing to create artificial tissues and organs. Although this type is experimental. It heralds a great harvest that may occur within many years in the construction of absorbent organs and medical treatment.
Benefits of 3D printing Technology in the medical field:
Enhancing the effectiveness of treatments
Reducing production costs
Providing high precision in model manufacturing
Conclusion:
This revolution has benefits in all health sectors. from an increase in the accuracy of diagnosis, prosthetics, and many others. 3D printing will play an increasingly important role in the near future
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