How 3D Printing Is Revolutionizing The Healthcare Industry?

Additive manufacturing, commonly called 3d printing, is transforming the healthcare industry in an unimaginable way. The innovative technology has improved surgical techniques by providing 3d printed bio models, bone and joint implants, and precise surgical instruments. In recent years, the market for medical 3D printing has grown significantly. Nowadays, many hospitals rely on technology to quickly deploy PPE, implants, medical devices, and more. Research is being done to utilize the technique to produce drugs, skin tissue, and organs. In the coming years, we will see astounding applications of 3D printing in the healthcare sector.

Read below to learn how this revolutionary manufacturing technology has revolutionized the healthcare industry.

Know the applications of 3d printing in the healthcare industry

A three-dimensional solid object is produced via 3D printing from a digital model. By reading a digital plan and replicating it layer by layer using filament and ultraviolet light, the 3D printer builds the objects required in the healthcare industry. 3d printing aids in the creation of the following:

  • Implants and prosthetics

One of the first applications of 3D technology that was endorsed by medicine was dental implants. Since then, the FDA has authorized the creation of further sophisticated implants using 3D technology. Now it is being commonly used in bone and cartilage restoration and is proving beneficial in treating patients with musculoskeletal injuries. In addition, several thousands of people are leading a normal life with prosthetic legs, hands and arms.

  • Bio-models

The very accurate and comprehensive anatomical models that 3D printers create help surgeons prepare for difficult procedures, improve results, and cut expenses. These models help in the reduction of surgical time significantly.

  • Medical instruments

Another widespread application of 3D printing in the healthcare industry is the production of specialised medical tools including surgical guides, forceps, clamps, hemostats, and retractors. The ability to quickly make exact design changes based on surgeon feedback is a crucial advantage.

Here are the benefits of 3d printing in the healthcare industry

Cost-effective: This is one of the most intriguing features of 3D printing as a medical tool. Because of the nature of 3D printing, products can be produced directly from a digital model more quickly, with more accuracy, and with a lot less chance of error, which significantly lowers prices.

Accessible: Procedures that were once uncommon and very expensive could become much more widely available to those who need them because of 3D printing. A greater number of patients will be seen by medical specialists since 3D printing produces results more quickly and effectively.

Enhances quality of life: One of the advantages of 3d printing is its life-changing capabilities. Earlier, it was challenging to obtain prosthetics due to their high production cost, especially for kids who outgrew them quickly. With 3d printing technology, custom-designed prosthetics are manufactured and fitted in less time. This enhances the quality of life for people with missing hands or legs. Similarly, people who would normally have to wait weeks, months, or even years for the ideal organ donor, will greatly benefit from 3d printed organs.

Conclusion

3D printing has changed the way production is done, including the production of various objects in the healthcare industry. It has thus revolutionized and still revolutionizing the medical field.

Incredible AM Pvt. Ltd, the pioneer in 3d printing in India, is a one-stop destination for all kinds of 3d printing services and products and caters to the 3d printing requirements of various industries including the healthcare industry. We offer the best quality bio-models, implants, surgical guides and instruments at the most affordable price. Additionally, we are well-known to offer the quickest turn-around time in India.

To obtain 3d printed implants, prosthetics, anatomical models, and surgical guides and instruments, contact us.

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