Bilfinger Nuclear & Energy Transition develops, designs and manufactures superconducting magnet systems for research, particle accelerators, nuclear fusion, and industrial applications, especially for the energy sector, for about 40 years. Special machinery and equipment such as test stations, custom made cryogenic and vacuum systems, remote handling and manipulation systems are also part of the portfolio.
Bilfinger Nuclear & Energy Transition GmbH
Dr. Wolfgang Walter (CONECTUS Chairman)
BSC has more than 30 years experience in HTS Industry along the entire value chain from material development to system applications and has launched first commercial devices on the energy sector like current leads, bearings, a power cable, and a variety of fault current limiters.
Dr. Joachim Bock
Bruker EAS, as part of Bruker Energy and Superconductor Technologies, is a leading manufacturer and developer of high-performance low Tc superconductors for a wide range of applications, including MRI and NMR as well as high energy physics research and fusion research, addressing the world’s future energy needs.
Bruker EAS GmbH
Dr. Klaus Schlenga
CAN SUPERCONDUCTORS is a leading European manufacturer of high Tc superconducting powders, granulates, bulk materials and components, with more than 25 years of market presence. The company is specialized namely in R&D and the production of REBCO and BSCCO-2223 materials and components.
CAN SUPERCONDUCTORS, s.r.o.
Jan Plechacek (CONECTUS Vice-Chairman)
evico is a leading manufacturer and engineering partner for superconductor bearings and cryogenic system and works on the implementation of manufacturing processes for new technologies. evico serves the automation-, semiconductor- and textile industry, as well as R&D and Live-Tech.
evico GmbH
Dr. Oliver de Haas
Leybold offers a broad range of cryorefigerators and advanced vacuum solutions for use in manufacturing and analytical processes and for research purposes.Fields of application are coating technologies, thin films and data storage, analytical instruments and industrial processes.
Leybold GmbH
Dr. Bernhard Fischer
Luvata is a leading international metals supplier of solutions, services, components and materials. Manufacturing of low temperature superconductors as well as cryogenic grade copper hollow conductors and profiles is part of the portfolio.
Luvata Pori Oy
Dr. Antti Kilpinen
M&W, a mechanical and electrical engineering company with in-house manufacturing, assembly and test facilities, has served the Big Science market with current leads for 20+ years. The current leads, ranging from 60 A to 20 kA, can be purely resistive or of HTS type, cooled with liq. Nitrogen.
Mark & Wedell
Torben Ekvall
Siemens is a global technology company following the paths of electrification, automation and digitalization. Producing energy-efficient, sustainable solutions, Siemens is also looking into superconductor technologies e.g. in rotating machines, grid applications & healthcare.
Siemens AG
Dr. Marijn Oomen
Sumitomo Heavy Industries, Ltd. (SHI) tradition spans over 400 years. SHI Cryocoolers, Pulse Tubes, Cryopumps and Compressors are used directly in or in the manufacturing of many of the world’s medical, semiconductor, electronics, biochemical, and other industrial products.
Sumitomo (SHI) Cryogenics of Europe GmbH
Hermann Boy (CONECTUS Vice-Chairman)
SUBRA is an impact company, strongly committed to a sustainable future. We apply our expertise and research excellence in superconductivity and surface technology to develop and provide state-of-the-art superconductor technology, using patented surface modification technology.
SUBRA
Anders C. Wulff
THEVA with 20 years’ experience in coating technology and equipment engineering, stands for a unique approach in superconductor production, now also used for high Tc tapes. Theva´s inspection tools for quality management are a popular brand in the superconductor industry.
THEVA Duennschichttechnik GmbH
Dr. Werner Prusseit
The Department of Inorganic Chemistry at UCT Prague focuses on HTS superconductor research for nearly 30 years. The research encompasses pressing issues in applications of REBCO materials such as bulk microstructural enhancements, thin-layer deposition, or melt processing improvements as well as fundamental research such as the thermodynamic description of phases including oxygen non-stoichiometry and melt equilibria in REBCO systems.
University of Chemistry and Technology, Department of Inorganic Chemistry
Prof. David Sedmidubsky