The demand for 3D printing increases in medical applications because it is flexible and allows customization.
FREMONT, CA: The maximum of the 3D printing revenue comes from the medical industry. Starting from prosthetics to surgical guides, there are various types of medical applications for additive manufacturing technology. The flexibility provided by the 3D printing service enables healthcare professionals to develop patient-specific devices at a reasonable cost.
The medical industry is already informed about additive manufacturing. The detailed scanning and imaging processes are an integral part of the medical industry. Laser scanning is utilized for taking detailed images of the subject's surface, while CT scanning and MRI imaging are used to obtain cross-sectional images of the bones and tissues.
Advanced software can convert medical images into complete models, which can be utilized for 3D printing. It has become easy and cost-efficient to develop the devices that were once entirely theoretical more efficiently. The pictures also match the patients accurately due to extreme details.
Manufacturing requirements for the medical industry
There are many reasons due to which additive manufacturing may be suitable for medical applications. The on-demand 3D printing service can be utilized to make medical devices faster for patients in need.
The surgical implants need complicated and organic structures if they want to get accepted by the host tissues. The designs can become costly with the traditional manufacturing process, but the 3D printers can develop them without extra cost.
The 3D printed parts can be formed in any shape to perfectly fit with the patient's anatomy. Prosthetics, dental implants, cosmetic surgeries, and even scale models can be developed with precise specifications.
It is necessary to make medical devices with sterilizable materials. Maximum of the materials utilized for FDM printing or 3D metal printing can be sterilized with the help of steam autoclave or gamma radiation.
The medical processes rarely occur on a relaxed schedule. The on-demand 3D manufacturing allows the hospitals to source the necessary parts that can be completed in a shorter amount of time.
Additive manufacturing is flexible, that has immensely decreased the expense of custom medical devices. Moreover, customized prosthetics and implants have become a reality for patients worldwide.