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Product

Particle Accelerator Magnets

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Magnetic field simulation

엔지니어링
  • 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.
공장아이콘 톱니아이콘

PRODUCTS

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

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