There are many functions a 3D printer can offer in different industries. In the medical industry, there have been many advancements that have made the technology useful. In some cases, doctors and surgeons have been able to use 3-D printed organs in their patients. While there are many ways this technology is being tested in the medical field, below are some of the top ways it has revolutionized practices.
1. Bioprinting Organoids and Tissues
When it comes to the medical device field, a 3D printer has shown a lot of usefulness for bioprinting. Instead of printing with metal or plastic, bioprinters use pipettes guided by supercomputers to layer living cells. This process is done to create living tissue to be transplanted in patients. They are also widely used in medical research to mimic human organs on a smaller scale. When it comes to organ donation, this process is more affordable and easy to perform trials on.
2. Surgery Preparation Assistance With 3D-Printed Models
Another use for 3D printers in the medical industry is the creation of replicas of human organs. This allows students, doctors and surgeons to practice techniques in an almost real-world scenario. This has proven very successful in performing complicated operations. The use of these printed models has helped to minimize trauma to the patients during procedures and has sped up the process. Check out the www.agile-manufacturing.com website for more information from their available resources online.
3. 3D-Printed Surgical Instruments
Many surgical instruments can be easily and quickly printed using 3D printers. Instruments can include scalpel clamps and handles, forceps and hemostats. The printers are advanced enough to create small instruments that can be used during procedures without causing extra damage to a patient. An added benefit of using 3D-printed technology in the medical field for creating instruments is that they are produced more efficiently and affordably.
4. Printing Custom-Made Prosthetics
Prosthetic limbs can be created using a 3D printer. They can be custom-made to fit the wearer perfectly. It is common for amputees to have to wait for weeks or even months to receive their prosthetics using traditional methods. 3D printing can speed up the process and are much more affordable to make. Patients will still be getting the same durability and quality of 3D-printed prosthetics as traditionally-manufactured ones. The lower price point is particularly applicable when it comes to children. They often have to have multiple prosthetics created while growing.
As can be seen, there are many great uses for 3D printing in the medical field. As technology continues to advance, the printing will be used for more applications. Patients around the world will be receiving the benefits it can offer. It has been especially useful in parts of the world where sending medical supplies is difficult and takes a long time. Doctors can use the printers to create the medical supplies they desperately need.