Medical Technology
We set out to achieve firsts in medical technologies in our country, with our experience in design and material engineering, and new generation tissue engineering. Our sole aim is to produce solutions that will directly affect human health in a positive way.
In this direction, we carry out our own production of biomaterials R & D activities while carrying out our work. We develop natural bone designs that can be printed from 3D printers to support academic studies.
Defense and Aerospace
The use of additive manufacturing (AM) and generative design (GD) is increasing rapidly in the defense and aerospace industry, which is advancing with the developing technology in our country. We have established a design team and started our work in order to deal with the aspects that are open to development while providing engineering services with this special method, where very satisfactory results are obtained with the solutions obtained.
Automotive
In line with the decisions taken after the green agreement, it was aimed to reduce the emission values caused by automobiles, or even to end them completely. In order to ensure these decisions, while the search for alternative fuels continues in all passenger vehicles, vehicle mitigation studies are carried out to reduce emissions.
Studies that minimize energy consumption, from the materials used in vehicle construction to the way the vehicle is produced, continue without slowing down for a greener world in future generations. We are working to provide design solution processes in this sector, where our team has extensive experience.
Bioengineering and Tissue Engineering
We have stepped into tissue engineering with our bioengineers, who are entitled to patent their bone-based products produced as a result of laboratory experience. Our research continues to integrate biocompatible products into the body. We continue to work in line with our belief that tissue loss or deficiency can be completely treated in the future.
Materials Engineering
High strength, conductivity, etc. in materials that are one of the requirements of rapidly developing technology. Efforts are being made to improve the features. Our laboratory studies continue in order to produce materials suitable for additive manufacturing, which is one of the new generation production methods, in the field of materials where we carry out R&D studies. We also respond to product needs for the special-purpose use of materials in nanoparticle sizes.
