Project Department of 3D technologies

• 3D tisk obtížně dostupných náhradních dílů a individuálního příslušenství automobilů detail
• Absorpce vibrací a optimalizace hmotnosti metodou tištěných struktur a materiálů detail
• Inovační voucher Narran detail
• Application of 3D printing technologies in the repair and production process of molded parts for aluminum alloy die casting detail
• Center for Cross-Border Cooperation for the Application of Advanced Manufacturing Technologies detail
• Efficiency of topological optimization of parts using 3D printing technologies. detail
• Economically viable material alternatives for high-volume additive manufacturing of plastic performance and decorative profiles detail
• Electrodialyzers for efficient recycling of valuable components from industrial wastewater detail
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• Materiálová udržitelnost aditivní výroby detail
• NCK MATCA 2 - DP Advanced Post-Processing of Metallic Components Using Laser and Electrochemical Methods detail
• NCK MATCA 2 - DP Metal Additive Manufacturing of Permeable Structures for High-End Applications detail
• NCK MATCA 2 - DP Surfaces functionalization and postprocessing for industrial applications detail
• NCK MATCA 2 - DP Development of materials for high-pressure ammunition detail
• A new generation of external fixators manufactured using additive technology detail
• Production of lightweight structural elements optimised for dynamic loading using SLM technology detail
• The use of advanced additive steels to streamline the production of thin-walled products with a low carbon footprint detail
• Development of electrodeionization modules for special applications detail
• Development of individual orthopaedic devices using 3D printing detail
• Research and development of shape molds made of H-13 and DIEVAR for die casting of aluminum alloys in the application of modern technologies of additive production, heat treatment, surface treatment and numerical simulation detail