3D Printed Medical Implants; Revolutionized the World of Healthcare Industry

Posted by Ajinkya on April 19th, 2021

3D printed medical implants allow surgery to be performed by implantation of biological objects, decreasing the duration of anesthesia exposure, reducing the risks involved during surgery, and reducing the risk of infection. 3D printing refers to the addition of gradual layers of raw materials to produce three dimensional file making objects. 3D printed medical implants help patients recover faster with reduced hospital stay. Moreover, preclinical testing before implantation of 3D printed implants reduces the likelihood of implant rejection.

One of the most prevalent treatments for long-term ailments is medical implants. A medical implant is simply a temporary, man-made device used to replace a damaged or missing anatomical structure. Medical implants are implanted within the body's own tissue, not unlike having a tooth extracted and replacing it with a crown. Unlike a tooth, however, an implant is not a substitute for a tooth that needs to be replaced. Instead, an implant is man-made and surgically attached to the body after a surgical procedure.

Medical implants help treat and prevent diseases by boosting the immune system, improving blood circulation, increasing lung capacity, regulating hormone levels, and otherwise restoring, enhancing, and otherwise facilitating biological responses in the body. Implants have come a long way over the centuries. While many people still opt to undergo an implant surgical procedure, a lot more people now choose to treat their bodies by way of medicine and diet. The modern 3D printed medical implants treatments work by helping to restore, enhance, and ultimately, improve one's health and well-being through surgically implanting living biological materials into their bodies.

The advent of tissue engineering has made it possible to manufacture very complex implant devices out of living organic material. Biomedical engineers have developed ways to engineer tissue through a variety of approaches, such as tissue engineering and solid cell technology. This approach uses living tissue as a scaffold to support the implantation of a mechanical or biological device. Mechanical devices such as screw implants and metal plates are typically fashioned from living tissue during this process. When a composite coating is applied to the device, it imparts strength to the device so that it can withstand normal wear and tear.

3D printed medical implants is the best solution for those who suffer from missing teeth. It offers an extraordinary way to restore a complete, functioning set of teeth, without replacing them with dentures or bridges. Dental prosthetics are used to improve the quality of a person's smile, as well as to correct problems with their teeth. People who wear dentures are often required to brush their teeth two to three times daily, and some even have to visit the dentist for special cleanings and examinations. However, there are many reasons why a dental implant might be preferable over dentures. Dental prosthetics are more comfortable for the patients and they also give them a more natural appearance.

Some examples of 3D printed medical implants are cranial and orthopedic implants, external prosthetics, dental restorations, and surgical instruments. 3D printing has the potential to change the use of medical devices for the treatment of patients. 3D printing is impacting the healthcare sector by helping in building both implantable and non-implantable medical devices. The medical 3D printing industry is being heavily affected by increasing demand for patient-specific equipment in maxillofacial surgery and orthopedics.


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Joined: January 6th, 2021
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