Octupole Magnet
An essential accelerator electromagnet that enhances operational stability by sophisticatedly controlling non-linear beam characteristics.
An octupole magnet features eight alternating magnetic poles that generate a non-linear cubic magnetic field. It corrects non-linear effects caused by beam amplitude variations during betatron oscillation, expanding the dynamic aperture for high-stability operations. Demand for this precision electromagnet is surging as modern synchrotrons and large-scale research facilities undergo high-performance upgrades.
Product
PRODUCT DETAILS
Product Overview & Capabilities
Key Features
- Creates a highly precise non-linear cubic magnetic field utilizing a symmetric eight-pole arrangement.
- Corrects non-linear effects tied to beam amplitude to significantly enhance overall beam stability.
- Minimizes unwanted multipole errors through ultra-precision machining of complex magnetic pole structures.
Applications
- Serves as a core stabilization component within advanced fourth-generation synchrotron light sources.
- Deployed in demanding beamlines of cutting-edge research centers for experimental particle physics.
- Integrated into high-end experimental equipment requiring sophisticated and precise beam control.
Why KR Tech?
- Executed major international projects supplying over 300 octupole magnet sets to institutes like PSI.
- Manages the entire pipeline for complex multipole magnets from design to testing 100% in-house.
- Validates superior quality through successful supply records to leading UK and European facilities.