BiCeps consortium members at kickoff meeting in Dobřany
Brno University of Technology (BUT) is one of the Czech Republic’s premier technical universities, renowned for its strong focus on engineering, science, and technology. The Central European Institute of Technology at BUT (CEITEC-BUT) is a cutting-edge research center that fosters interdisciplinary innovation in areas such as advanced materials, nanotechnology, and cybernetics. CEITEC-BUT is equipped with state-of-the-art shared laboratories, including CEITEC Nano, which are accessible to both academic and industrial partners. Within CEITEC-BUT, the High-Performance Materials and Coatings for Industry (HPMC4I) research group develops advanced coatings, porous structures, and composites tailored for high-demand sectors like aerospace, automotive, and medicine. HPMC4I group combines expertise from multiple scientific disciplines to design, test, and optimize materials using advanced processing techniques, such as additive manufacturing, and unique testing equipment.
Lithoz is a R&D driven SME which develops and distributes AM systems for ceramic materials on the basis of the patented Lithography-based Ceramic Manufacturing (LCM)–technology. This technology is capable of structuring a broad range of photopolymers, including ceramic filled resins. Lithoz covers the whole process chain from the material development over the material processing to the development of the hard- and software, making them to a strong partner for R&D projects. Lithoz is continuously developing their LCM process and is building up a unique know-how in this field through continuous innovation and development and currently employs 40 researchers working on the development of the machine, photopolymerizable resins, ceramics, software and application technology.
FunGlass, established in 2018 at Alexander Dubček University of Trenčín, Slovakia, is a Horizon 2020 Centre of Excellence focusing on glass science and technology. The Centre collaborates with a network of distinguished European experts, including Prof. Bernardo from Italy, Prof. Boccaccini from Germany, Prof. Durán from Spain, and Prof. Wondraczek, also from Germany. Additionally, FunGlass works closely with regional and international glass manufacturers, enhancing the practical applications of its research. FunGlass engages in pioneering research on bioactive materials for medical uses, luminescent glasses for energy-efficient lighting, and vitrification processes for radioactive waste disposal. The Centre specialises in surface functionalization, sustainable glass recycling, and the development of glass microspheres for a wide range of applications. It also explores additive manufacturing for custom glass components, leveraging collaborations to advance sustainable innovation.
The Faculty of Mechanical Engineering of the Czech Technical University in Prague experienced with mechanical engineering all phases of its development starting from the onset of the industrial revolution up to the present time and often paid here an active role. The 17 Faculty departments cover the entire sphere of mechanical engineering from mathematics and physics over materials and technologies up to individual types of machines and processes and enterprise economics.
The Laboratory of Applied Computing is fully equipped with state-of-the-art hardware and software so that demanding computational analyses using the FEM (Abaqus, Ansys) method can be performed here. We perform static, dynamic or thermal calculations for structures or individual components. Within these calculations we are able to determine deformations, stress intensity, evaluate critical points, etc. In our laboratory we also perform Simulations and Analyses of Motion (SIM), where kinematic quantities and force effects in the motion system and its substitutes are determined.
COMTES FHT a.s. is a leading research and development organization focused on advancing metal forming and heat treatment technologies. We provide comprehensive solutions, from fundamental and applied material research to the development of innovative processing techniques. Our expertise encompasses both ferrous and non-ferrous metallic materials, ensuring we can meet the diverse needs of modern industry. Key Activities: Development of conventional and unconventional metal forming and heat treatment technologies, Basic and applied research of metallic materials, Material analysis, mechanical testing, thermophysical and operational measurements, Consulting and professional training. Areas of Expertise: Metal Forming and Heat Treatment Technologies, Material Research and Development, Material Measurement and Testing, Computer and Physical Modeling, Consulting and Training.
© BiCeps Project, 2025