Founded in Germany in 1949, Fraunhofer is famous for its applied research and innovation.
The types of research that Fraunhofer participated in are numerous. From robotics, sustainable development initiatives, to smarter gadgets, Fraunhofer has been engaged in dozens of projects over the years that will help the world become better, smarter, and more interesting.
Frauenhofer has been involved in a special industry: additive manufacturing for many years. With this industry comes exciting possibilities.
Additive manufacturing, also known as 3D printing, has made great progress since it was invented in the 1980s. 3D printing uses highly personalized methods, which can be applied to dental implants or knee joint replacement. 3D printing is fast, and you can start after scanning.
Because each print is completely tailored for each person's body, the chances of stimulation and infection to the human body will be reduced. People have been concerned about when 3D printing can completely change dentistry and make prostheses more comfortable.
Additive manufacturing process can also introduce various materials to ensure the most suitable for human body and the most pleasing aesthetic.
When it comes to new inventions, it is particularly important to analyze and process data from different measurements or simulations, so as to ensure high-quality output. Therefore, the research institute used GOM software. Software perfectly solves the unique problems of the project and helps make new ideas come true.
Scientists at Fraunhofer are studying how to integrate sensors into knee or hip joints made of additives. These sensors will be very sensitive and lightweight. By using reinforced fibers, they are integrated into the design of additive manufacturing.
Once implanted, the sensor will be like a highly sensitive monitoring system, which will track the temperature of the implanted site at any time, as well as other fluctuations that may indicate health problems.
Sensors can predict problems for a long time ahead of current medical technology, which means that patients can receive treatment earlier, and patients can also avoid many potential dangerous situations.
Frauenhofer has too many exciting projects -- from developing robots that can assist the daily work of nursing homes to developing technologies that can help wounds heal quickly.
In promoting current technical standards, three-dimensional metrology plays a key role in all fields.
