Accelerator Magnet Technology
Precision Magnet Solutions for Research and Industry
Accelerator magnets are used in particle accelerators, research facilities, and various scientific and industrial applications, demanding the highest standards of precision and manufacturing quality. PARTZSCH develops and manufactures custom magnet solutions for complex applications, supporting national and international research institutions with tailored solutions.
Our service portfolio:
- Manufacturing of accelerator magnets
- Custom production based on specific customer requirements
- Magnetic and structural design
- Yoke magnets with integrated coil sets
- Manufacturing and machining of magnetic components
- Customized technical solutions for complex applications
The combination of engineering, manufacturing, and quality testing enables the creation of precision magnet solutions for highly specialized applications in research and industry.
Typical areas of application
- Particle accelerators and research facilities
- National and international research institutions
- Medical applications
- Industrial and technology applications
- Research facilities for energy, materials, and new technologies
Your benefits with PARTZSCH:
- Manufacturing of complex magnetic assemblies
- Solutions based on individual specifications
- Experience with demanding, specialized applications
- High precision and quality standards for scientific applications
Our references
Single quadrupole magnet and triplet magnet
- Nominal field gradient: 3.5 T/m
- Aperture diameter: 120 mm
- Max. integrated field error: ≤±1x10^-3
36° Dipole Magnet
- Nominal magnetic field Bnom: 0.8 T
- Max. integrated field error: ≤±1x10^-3
- Nominal current Inom: 500 A
Corrector Magnet
- Nominal magnetic field Bnom: 0.1452 T
- Max. integrated field error: ≤±5x10-3
- Nominal current Inom: 27.5 A
Betatron-core Magnet
- Nominal mean field in core: 1.2 T
- Total flux variation in core at Inom: -1.23 to 1.23 Wb
- Nominal current Inom: 186 A
±45° Switching Dipole Magnet
- Nominal magnetic field Bnom: 140 mT
- Max. integrated field error: ≤±1x10-3
- Nominal current Inom: 44 A
90° Dipole Magnet
- Nominal magnetic field Bnom: 1.23 T
- Max. integrated field error: ≤±5x10-4
- Nominal current Inom: 100 A
UNILAC Kicker Dipole Magnet
- Nominal magnetic field Bnom: 1 T
- Max. integrated field error: ≤±1x10-3
- Nominal current Inom: 1000 A
