Success and failure in automotive sports depends on the development of innovative solutions in this area. The feasibility of these decisions, which are accelerated through the use of an optimized topology of lightweight components, may become possible, in particular, through the use of new technologies, such as additive design and manufacturing (ADM). Complex bionic structures created with the help of Additive Design and Production (ADM) open up a completely new dimension for the implementation of lightweight structures and functional integration.
Today we see a growing demand for specialized ADM solutions for medical devices. Custom-made products and serial implants should be inexpensive and delivered as soon as possible and also be ideally suited to the customer.
Additive Technologien, die vor einigen Jahrzehnten als Fiktion galten, werden heute in verschiedenen Bereichen erfolgreich eingesetzt. Einer der aussichtsreichsten Märkte für ihre Anwendung ist die Luftfahrtindustrie, für die das Problem der Reduzierung von Produktions- und Zeitkosten besonders akut ist. Darüber hinaus entwickelt sich diese Industrie aufgrund revolutionärer wissenschaftlicher und technologischer Erfolge.
Main areas: prototyping, prototyping, finished products. Engines with 3D-printed parts: turbine blades, fuel nozzles, impellers, swirlers. The process of additive manufacturing is faster than traditional and has great potential in the design of the structure.
Additive technologies are used in the oil and gas industry for three main applications: rapid prototyping, fast repair and fast production. Direction - repair parts for industrial gas turbines. This process is faster than the traditional and has great potential in design. The process of quick repair of gas turbine burners. Development of optimized technological fittings for use in oil and gas processing, production of nozzles.