How does 3d printing affect the medical industry?

Advanced Technology The doctors of the future can practice with 3D printed organs. This is much more accurate than, for example, training with animal organs. Training in 3D printed parts similar to human ones increases the quality of the skills that doctors acquire during the training and medical treatment of patients. Recent advances in 3D printing in the healthcare sector have made it possible to manufacture lighter, stronger and safer products, reduce delivery times and reduce costs.

Custom pieces can be adapted to each individual. This improves the understanding of patients by medical professionals and improves the level of comfort of patients by allowing them to interact with products specially designed for their anatomy. Surgeons, students, dentists, do you know that 3D printing is becoming one of the main tools in the medical industry? As a 3D printing service, we regularly see new medical projects developed with 3D printing of plastic, resin or metal. From the creation of medical tools and equipment to custom-made prostheses, let's take an in-depth look at how 3D printing is affecting the medical industry.

A 3D printed prosthesis has a lower cost and can be fully adapted to the morphology of patients, their habits and their disability thanks to 3D scanning and 3D modeling. The integration of 3D construction has opened up completely new possibilities for the production of orthopedic appliances for Schlather GmbH. FDM 3D printing technology is ideal for creating iterative and low-cost prototypes to optimize the design of a tool. To prevent the body from absorbing fat, they created a 3D-printed shell shaped like a lace.

More than bone reconstruction, 3D printing in the medical field is starting to show a big improvement compared to 3D organ printing. To help reduce costs, some centers have developed procedures in which surgeons practice and plan operations with cheap mannequins that are transplanted with 3D printed models specific to each patient. The printing time of parts is usually much faster compared to traditional manufacturing methods, but it still takes significant time to convert the scanned data and produce a printable file. These tissue or organoid constructs can be used for medical research, as they mimic organs on a miniature scale.

And there is still room for improvement in the medical industry, as teams of researchers are constantly developing new materials and new devices. In addition to the ability to manufacture complex and customized parts, 3D printing in the healthcare sector is best suited for low-volume production, which means that costs will be reduced and efficiency will increase. It is common for amputees to wait weeks or months to receive their prostheses in the traditional way; however, 3D printing significantly accelerates the process, in addition to creating much cheaper products that offer patients the same functionality as traditionally manufactured prostheses. The 3D printed parts are then used to guide the surgeon during surgery and ensure that the implants are placed perfectly.

And increasingly, in recent years, it has demonstrated its potential in the field of medicine, since it is used in the development of prostheses, replacement organs and medical equipment. Melissa Powell, director of operations at Genesis HealthCare, describes the impact that 3D printing and additive manufacturing have had on medical device manufacturing in recent decades. First of all, there are different 3D modeling programs for the medical industry, and to get the most out of 3D, you need to choose the right one.

Therese Rumberger
Therese Rumberger

Award-winning pop culture junkie. Avid introvert. Evil internet maven. Infuriatingly humble music buff. Passionate music ninja.

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