Role of 3D Printed Medical Devices Ensuring Safety and Compatibility for implantable Devices

3D Printed Medical Devices

Depending on the printing technique used and the intricacy of the machines, there are a number of steps involved in creating 3D printed medical devices. Medical equipment that is 3D printed can be customized to a patient's particular demands and used to create anatomical models for medical training and teaching. For decades, from research and development to production, 3D printing has influenced the development of new products and medical devices. In order to challenge the status quo of the healthcare sector, more businesses are obtaining access to 3D printing as prices for printers drop and investments in hardware and materials pick up speed.

The global 3D printed medical devices market is estimated to account for US$ 1,737.5 Mn in terms of value by the end of 2027.

Medical device producers and inventors can lower the price and turnaround time of their products by bringing 3D printed medical devices in-house. The innovation in final-use components, flexible product development, and the capacity to make personalized medical devices—which are not possible to make using conventional methods are all made possible by the technology. As well as using 3D printed medical devices also makes it possible to create medical device prototypes incorporating diverse materials in scenarios requiring properties such as strength, flexibility, or heat resistance. Developing products has also been revolutionized by the ease of use and low cost of 3D printing in-house. With traditional manufacturing methods, the manufacturer faced high start-up costs and lengthy operations associated with developing complex medical device prototypes.

In addition to surgical guides, splints, temporary and permanent restorations, and dentures, 3D printing is also a viable option for creating dentures. A form of additive manufacturing is 3D printing. Although additive manufacturing encompasses a variety of processes, the phrases 3D printing and additive manufacturing are sometimes used interchangeably. For the sake of convenience, we'll refer to those both as 3D printing here.

Through the use of successive layers of raw materials, 3D printing produces objects that are three-dimensional. Up until the thing is finished, each new layer adheres attached to the one before it. A digital 3D file, such as a computer-aided design (CAD) sketch or an MRI, is used to create an object. The adaptability of 3D printing enables designers to easily make adjustments without having to set up new tools or equipment. Additionally, it enables manufacturers to design patient-specific devices that are tailored to a patient's anatomy. Implants, surgical instruments, dental restorations such as crowns, and external prosthetics are some of the medical devices produced by 3D printing.