Magnet Technologies

Nuclear Fusion

Bilfinger Noell designs and manufactures conventional and superconducting magnets for use in nuclear fusion applications. Our performance range extends from water-cooled copper coils to complex three-dimensionally shaped superconducting magnet systems. One of our specialities are magnets with a coil foundation which transfer the forces from the coil to the mechanical structures.

Edipo

The ITER project requires a large dipole magnet for testing and qualifying samples of the original superconductor for the ITER coils under realistic…

W7-X Projekt

As a member of the "Wendelstein" consortium, Bilfinger Noell manufactures the superconducting, non-planar modular field coils for the Wendelstein 7–X…

RFX Projekt

The RFX experiment is a torus where a plasma ring is confined by a magnetic field.

The objective of the RFX experiment is to examine plasma for…

Basic Research

In order to explore what keeps the world together at its core, more and more powerful particle accelerators are needed. The performance is thereby mainly determined by the collision energy of the particles and the accuracy of the particle beam. Therefore, the highest demands are placed on the applied materials and components. We are pleased to examine the feasibility and application possibilities of our applied materials and components together with our customers.

Basic research is the scientific approach, the verification and the discussion of the principles of a science, for example in natural sciences, medicine and mathematics.

SIS 100 Dipole

Bilfinger Noell produces 111 dipoles for the SIS 100 accelerator ring at the Facility for Antiproton and Ion Research (FAIR) which is erected at GSI…

X-FEL Undulator

The x-ray free-electron laser (XFEL) is being constructed in Hamburg as a European project with strong DESY participation.

Bilfinger Noell received…

Spin-Echo Spectrometer

Project:
Manufacture of two superconductive solenoids for a neutron spin-echo spectrometer

The magnets consist of solenoids, i.e. cylindrical coils…

LHC Dipolmagnete

The dipole magnets for the LHC accelerator ring are used to keep the particles on track. Among other magnets, the accelerator ring consists of 1,132…

Contact

Michael Gehring

Vertrieb

Bilfinger Noell GmbH

Alfred-Nobel-Str. 20
97080 Würzburg

Phone: +49 931 903-6031

Fax: +49 931 903-6010

michael.gehring@bilfinger.com

Dr. Wolfgang Walter

Leiter Produktbereich