Dipole Magnet
An essential accelerator electromagnet that creates a uniform magnetic field to bend the path of charged particles.
A dipole magnet generates a uniform magnetic field between its two magnetic poles (North and South) to bend the path of a passing charged particle beam to a desired angle. It is the most fundamental and critical electromagnet used in particle accelerators, synchrotrons, and beamline systems to guide beams into circular orbits or bend (deflect) them in specific directions.
Product
PRODUCT DETAILS
Product Overview & Capabilities
Key Features
- Utilizes a highly uniform magnetic field between N-S poles to deflect beam trajectories into a precise curve.
- Achieves the exact bending radius by micro-controlling the magnetic field strength and coil current.
- Secures exceptional magnetic field uniformity by applying high-precision magnetic pole profile designs.
Applications
- Used to guide and control high-energy light beams in advanced synchrotron radiation facilities.
- Serves as a core component to maintain stable circular orbits within particle accelerator storage rings.
- Employed in beam delivery systems of advanced proton and heavy-ion therapy devices for medical use.
- Integrates into various experimental beamline setups for physics, materials, and chemistry research.
Why KR Tech?
- Achieves ultimate magnetic field uniformity utilizing our proprietary simulation and design technologies.
- Manages the entire pipeline completely in-house, spanning from design and manufacturing to field mapping.
- Serves as a trusted supplier of critical magnetic systems to major domestic and international research institutes.