KRTECH

Product

Particle Accelerator Magnets

For micro medical robot

For magnetic resonance

Particle Accelerator Magnets

Product
Particle Accelerator Magnets

Magnetic field simulation

2D and 3D FEM and analytical electromagnetic calculations.
2D and 3D FEM and analytical stress calculations.
2D and 3D FEM and analytical thermal calculations.
Coil cooling calculations.
Cryogenic calculations.
Support frame calculations.

DESIGNS

Design of normal conduction magnet to enable 2D/3D magnetic field modelingof small corrector coils as well as large magnets.
Design of superconductor magnets with stability and durability.
Design of products for research and commercial purposes.

PRODUCTION

OOur production facilities have all the equipment, winding machine, vacuum system oven, and measurement device required for full production.
Special tools for producing and utilizing components for accelerators and fusion experiments.
KR TECH provides the whole magnet system including the ones supporting the specifications of power supply unit and vacuum chamber.

PRODUCTS

2-pole magnet, 4-pole magnet, multi-pole magnet, kicker, septum and bump magnet, scanning magnet, spectrometer system
Normal conduction magnet, superconductor magnet

MAGNETS

DESIGN & MANUFACTURE MAGNETS
for particle accelerators

DELIVERY PERFORMANCE

Yonsei University Hospital (Severance Hospital)

Delivered 125 sets of 2/4/6-pole electromagnet to Heavy Ion Treatment Center of Yonsei University Hospital (Severance Hospital)
RISP project

Designed and produced 4/6-pole electromagnet for RISP project of Institute for Basic Science in Daejeon
Yamagata University, Japan

Delivered components for heavy ion accelerator for cancer treatment (Yamagata University, Japan): 4-pole magnet (45 sets), 6-pole magnet (10 sets), septum (2 sets), steering magnet (64 sets), bump magnet (6 sets), 2-pole magnet (2 sets).
Kobe Pediatric Cancer Treatment Hospital

Designed and produced components for Kobe Pediatric Cancer Treatment Hospital (Japan): 4-pole magnet (40 sets), steering electromagnet (15 sets)
Taipei Chang Gung Memorial Hospital (Taiwan)

Taipei Chang Gung Memorial Hospital (Taiwan): Designed and produced 2/4-pole magnet.
Pohang Accelerator Laboratory

Pohang Accelerator Laboratory: 4-pole magnet (33 sets), 2-pole electromagnet for XFEL.
National Nuclear Energy Agency (BATAN, Indonesia)

National Nuclear Energy Agency (BATAN, Indonesia): Designed and produced 13MeV cyclotron electromagnet.
Kanagawa Prefectural Cancer Center (Japan)

Kanagawa Prefectural Cancer Center (Japan): 4-pole magnet (7 sets), 6-pole magnet (10 sets), septum (2 sets), steering magnet (15 sets), 2-pole magnet (2 sets).
High Energy Accelerator Research Organization (KEK, Japan)

High Energy Accelerator Research Organization (KEK, Japan): Designed and produced 2-pole electromagnet.
Synchrotron facilities for Nagoya University (Japan)

Synchrotron facilities for Nagoya University (Japan): Designed and produced 4-pole magnet (32 sets), 6-pole magnet (32 sets), and steering electromagnet (7 sets).
Pohang Accelerator Laboratory

Pohang Accelerator Laboratory: Produced 6-pole electromagnet (52 sets) for PLS 2.
Pohang Accelerator Laboratory

Pohang Accelerator Laboratory: Designed and produced klystron electromagnet (8 sets).
National Nuclear Energy Agency (BATAN, Indonesia)

National Nuclear Energy Agency (BATAN, Indonesia): Designed and produced 13MeV cyclotron electromagnet