F4E, EGYC and Thales have developed an innovative gyrotron device able to heat fusion plasma to very high temperatures. This labeled process allows to produce continuous wave (CW) radio frequency (RF) signals at very high-power levels (above 1MW). Numerous applications in the space sector, but also in the industry (welding, Read more…
F4E, EGYC (European GYrotron Consortium) and Thales have designed two high performances gyrotron subsystems: a thermo-compensated cathode and an adaptative mini-channel cooling system. Theses components have been used to enhance the performances of a high-power gyrotron and are now available for new applications in vacuum tubes, particle accelerators or electronics. Read more…
This qualified groundbreaking process allows to produce, from similar or dissimilar materials, efficient and large heat transfer components with outstanding mechanical properties non achievable with conventional manufacturing. Technology assets Suitable for a multitude of similar or dissimilar materials. Remarkable performances at the joints. Relevant for thin material Read more…
F4E and Axist have developed an innovative portable metrology device able to measure automatically all characteristics of threaded hole in less than 5 minutes. A breakthrough in the field of Industrial Dimensional Metrology tools that could find promising applications in quality control field for any type of industrial companies. Technology Read more…
VAC-TRON and F4E have developed innovative Glass-to-Metal-Seals for the In-Vessel electrical feedthroughs of ITER in order to pass the signals produced by the sensors. Providing high resistance to temperature and pressure with the possibility to offer safe and compact designs, this hermetic interconnexion technology can find many applications in aerospace, Read more…
Bertin Technologies and F4E have developed a shielded cabinet to protect ITER’s measurement instruments and equipments from nuclear radiation (gamma and neutrons) and from high magnetic field. Its modular design, easy adaptation to specific needs and constraints, offers a variety of applications for extreme environments such as aerospace, energy, or Read more…
Jacobs has developed the use of HIP bonding for the manufacture of plasma facing components (PFCs) across a suite of projects over the past 25 years. Jacobs, in combination with F4E and Leading Metal-Mechanical Solutions, has developed designs for manufacture for various ITER First Wall Panel (FWP) prototypes, which have Read more…
Jacobs is working with F4E to develop advanced fault studies models for the European ITER Test Blanket Systems, and to build a robust safety case to support the licensing of these advanced nuclear components. This experience of performing safety analysis and producing safety documentation that meets regulatory requirements can be Read more…
F4E and Micronor have developed a high-resolution fiber optic incremental encoder system which can function in a high magnetic environment. The all electronically passive design enables many potential applications where electronic based position encoders cannot be used. Micronor and F4E are currently working to achieve radiation resistance encoders that meet Read more…
F4E, Stockholm University and Mid Sweden University have investigated two methods of 3D printing in order to evaluate their feasibility of manufacturing ITER’s First Wall Beam. Providing high density and stress tolerances with the possibility to design and manufacture complex components, these AM technologies can find many applications in healthcare, Read more…