What is the Use of 3D Printing in the Health Care Industry?

3D printing

In the present world, the medical industry is one of the technologically developed and depended industry. We are surrounded by uncountable bacteria’s, viruses, diseases which leads to serious health issues. However, the only strength we have for facing and tackling such a situation is Medical treatment. So, the health care industry needs to be the fast forward sector as new treatments and the solution needs to be discovered and developed. To date, each new treatment and medical development is considered a miracle. And one of such latest trending development in medical history is the use of 3D printing. It is viewed as a boon by medical professionals as 3D printing helps them understand the cause in details and provide the patient with appropriate medical guidance. New advancement in the Health Care industry by 3D PRINTER:

  • New surgical cutting.Drill guides.
  • Prosthetics.
  • Creation of replicas.
  • Bones.
  • Organs.
  • Blood vessels.

3D printing helps the medical industry to produce lighter, safer and durable products. It also reduces the production process, time and cost. One of the best uses of 3D printing is made when a tailored part need to be produced. 3D print helps understand the patient’s condition inside out, allowing the medical staff to design the product accordingly without any discomfort for the patient. This blog lets us know the three primary application of 3D printing in the global health care sector.

3 Major Use of 3D Printing in Healthcare

Surgeries:

In a surgical process, various tools are used by doctors and medical staffs. As they need the assistance of these tools to complete a specific process of the surgery. Aluminium and titanium are commonly used for the production of these tools. But can the same tool size can be a perfect fit for all body type and surgeries. No, but initially, there very no such advancement using which a tool could be created following a patient’s unique anatomy. However, it’s now possible as 3D printing helps doctors understand the patient’s anatomy and create unique, specialized tools. Usually, doctors use 3D printed tools for a restorative process, such as screws, implants plates etc. For the design of the surgical tool, FDM printing technology is used. 

Creating Replicas and for Learning Procedure

Many a time, doctors need to understand the procedure precisely before performing the surgery or treatment. Hence, they use dummies for performing the task. Here, the mannequins or dummies are transplanted with organs similar to that of the patients. This process has become possible only with the help of 3D printing. They use FDM 3D printing technology as it is best for geometrical models. It also helps reduce the overall cost of the procedure. We all have heard of implants of various organs. So, let’s know How does 3D printing help in the implant? 3D printing is used in the fabrication of replicas which is used in the implant process.

 The list of other applications are:

  • Processing of scanned data
  • Illness diagnosis.
  • Treatment planning.
  • Surgical learning
  • Surgical intervention.
  • Overview

Basically, 3D printing helps doctors actually see the organ, which is difficult to be even visualized. Most commonly, everyone who has visited a dentist once would have seen the 3D models of gums and tooth using which the doctor explains the whole complicated procedure in an easy process.

Prosthetics

World wide we have many people who are either handicap by birth, through accidents, or amputations. Using the prosthetic method is one of the easiest ways of replacement or alteration in the patient. Today even animals undergo the prosthetics process. Initially, when this method was introduced, making a customized wearable was difficult. However, with the introduction of 3D printing, creating a customized prosthetic is an easy and affordable method. It absolutely helps the patients as customized prosthetics will have no discomfort. 


Suggested Reading: Is 3D Printing the Future of Product Development?

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