Metal alloys – These materials are known for their high strength, corrosion resistance and thermal stability. They are often used in the automotive, aviation and space industries. Modern alloys, such as titanium or aluminum alloys, are increasingly used in medicine, for example in the manufacture of implants.
Ceramic – It is popular for its hardness, heat resistance and ability to resist wear. It is used in the production of cutting tools, electronic components or as an insulating material in electrical systems. Special ceramic materials are also used in biomedicine, for example in bone replacements.
Biodegradable Materials – With the growing emphasis on ecology, plastics and other materials are being developed that will biodegrade without harmful effects on the environment. These materials are increasingly used in packaging, agriculture and other areas where traditional plastics cause environmental problems.
Organic materials for bioprinting – In the field of bioprinting and printing biological tissues, materials that are biocompatible are used. For example, hydrogel structures or cellular inks are key to creating replacement tissues, organs and other biological components. Bioprinting is becoming a key area in regenerative medicine.
This development of materials is pushing the boundaries of what is possible in industry, healthcare and environmental initiatives. Advanced materials make it possible to create products with unique properties that better meet the requirements of modern times.
