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ITER

Last updated Dec 10, 2025

Tokamak

Suppliers:

28

Associated Organization:

ITER Organization

Project Status

Under Construction

Publications

Integration and evolution of architectural components in the ITER plasma control system: deployment and experimental validation at KSTAR

Fusion Engineering and Design, 2026

The influence of ELM-like loading on tungsten under slow transient conditions in Magnum-PSI

Nuclear Fusion, 2026

On the relationship between the H-mode separatrix density and engineering parameters across multiple tokamaks: physics-based models, regression, and extrapolations to next-step devices

Nuclear Fusion, 2026

Quasi-symmetric error field correction and applications to ITER

arXiv (physics.plasm-ph), 2026

Progress in reactor-core fusion technologies presented at the 30th IAEA Fusion Energy Conference 2025

Nuclear Fusion, 2026

Neutron-induced air activation in the ITER HRNS diagnostic enclosure: Quantitative assessment and radiological implications

Fusion Engineering and Design, 2026

Mirror cleaning of the ITER Core Plasma Thomson Scattering system using 13.56-80 MHz discharges

Nuclear Fusion, 2026

Extension of the RAPDENS Control-Oriented Model with a Scrape-Off Layer Particle Balance Model for ASDEX Upgrade and ITER

Nuclear Fusion, 2026

VEQDB: A Compact and Reconstructible Multi-Device Tokamak Equilibrium Database

arXiv (physics.plasm-ph), 2026

Mechanism of Ionization Avalanche in Tokamak Microwave Gas Breakdown

arXiv (physics.plasm-ph), 2026

See all 122 publications →

Years Operated

2007 - Present

ITER is an international collaboration that aims to demonstrate the scientific and technological feasibility of fusion energy. ITER is using a tokamak to prove that magnetic confinement can contain and sustain a superheated plasma long enough to produce net energy. ITER is an experimental machine intended to test the physics and engineering required for future power plants.

  • ITER image 1
  • ITER image 2
  • ITER image 3
  • ITER image 4
  • ITER image 1
  • ITER image 2
  • ITER image 3
  • ITER image 4

Suppliers

ARMEC Corporation

Category

Waveguides & Transmission Guides

Description

ARMEC is providing electron cyclotron expansion unit prototypes to ITER

Kraftanlagen Heidelberg

Category

Detritiation Systems

Description

Kraftanlagen Heidelberg is providing atmospheric detritiation system to ITER

SIMIC

Category

Divertor Solutions

Description

SIMIC is providing 4 Divertor Cassete Bodies for ITER

SIMIC

Category

Heat Exchangers

Description

SIMIC is supplying the Blanket Cooling Manifolds for ITER

Teledyne Brown Engineering

Category

Waveguides & Transmission Guides

Description

Teledyne is providing electron cyclotron expansion unit prototypes to ITER

Precision Custom Components

Category

Precision Machining Services

Description

Precision Custom Components is supplying lower support components for ITER central solenoid

Kraftanlagen Heidelberg

Category

Detritiation Systems

Description

Kraftanlagen Heidelberg is providing water detritiation system to ITER

Luvata Waterbury

Category

Low Temperature Superconductor (LTS) Cables

Description

Luvata is supplying superconducting wires for ITER toroidal field coils

RI Research Instruments GmbH

Category

Targets

Description

Research Instruments is supplying Inner Vertical Targets (IVT) to ITER

SIMIC

Category

Cryogenic Systems & Components

Description

SIMIC is providing 5 Auxiliary Cold Boxes for the ITER Cryodistribution plant

General Atomics

Category

Low Temperature Superconductor (LTS) Magnets

Description

General Atomics is providing the central solenoid assembly to ITER.

General Atomics

Category

Waveguides & Transmission Guides

Description

General Atomics is providing ECH transmission line wave guide assemblies to ITER

SIMIC

Category

Engineering Procurement Construction (EPC)

Description

SIMIC is providing the on site installation of the tokamak machine at the ITER site

SIMIC

Category

Precision Machining Services

Description

SIMIC has worked on manufacturing 35 radial plates and 10 toroidal field (TF) coils for ITER.

Westinghouse

Category

Vacuum Vessels

Description

Westinghouse will be responsible for completing the vacuum vessel for the ITER project

RI Research Instruments GmbH

Category

Cryogenic Systems & Components

Description

The final cryopump for ITER has been successfully manufactured, factory acceptance tested, and delivered to the ITER site. All eight torus and cryostat cryopump

RI Research Instruments GmbH

Category

Cryogenic Systems & Components

Description

Europe delivers all cold valve boxes for the ITER neutral beam cryopumps

RI Research Instruments GmbH

Category

Neutral Beam Injectors

Description

Europe signs contract to manufacture ITER Neutral Beam Drift Ducts

Yamato Gokin Co., Ltd.

Category

Copper

Description

Has supplied CuCrZr to the first wall panel, upper launcher, and divertor since 2021.

Rolf Kind

Category

Precision Machining Services

Description

ITER TFC Tie Plate series production

INFICON

Category

Vacuum Gauges

Description

INFICON provides vacuum pressure gauges to ITER

INFICON

Category

Materials & Component Testing

Description

INFICON provides leak detectors to ITER

Cosylab

Category

Control Software

Description

Cosylab built and support ITER's CODAC Core System, the standardized software platform that all suppliers use to develop their plant control systems.

VAT Group

Category

Valves

Description

Supplying an ITER specific catalog of valves

Inox India

Category

Cryogenic Systems & Components

Description

2010 till now

Cryomagnetics

Category

Low Temperature Superconductor (LTS) Magnets

Description

Supplied the superconducting magnets necessary for plasma heating gyrotrons from THALES.

Inox India

Category

Engineering Procurement Construction (EPC)

Description

Design, Manufacturing, Testing & Installation

Sydor Optics

Category

Laser Glass

Description

Providing custom optical components to support optical and diagnostic subsystems.

Project Status

Under Construction

Publications

Integration and evolution of architectural components in the ITER plasma control system: deployment and experimental validation at KSTAR

Fusion Engineering and Design, 2026

The influence of ELM-like loading on tungsten under slow transient conditions in Magnum-PSI

Nuclear Fusion, 2026

On the relationship between the H-mode separatrix density and engineering parameters across multiple tokamaks: physics-based models, regression, and extrapolations to next-step devices

Nuclear Fusion, 2026

Quasi-symmetric error field correction and applications to ITER

arXiv (physics.plasm-ph), 2026

Progress in reactor-core fusion technologies presented at the 30th IAEA Fusion Energy Conference 2025

Nuclear Fusion, 2026

Neutron-induced air activation in the ITER HRNS diagnostic enclosure: Quantitative assessment and radiological implications

Fusion Engineering and Design, 2026

Mirror cleaning of the ITER Core Plasma Thomson Scattering system using 13.56-80 MHz discharges

Nuclear Fusion, 2026

Extension of the RAPDENS Control-Oriented Model with a Scrape-Off Layer Particle Balance Model for ASDEX Upgrade and ITER

Nuclear Fusion, 2026

VEQDB: A Compact and Reconstructible Multi-Device Tokamak Equilibrium Database

arXiv (physics.plasm-ph), 2026

Mechanism of Ionization Avalanche in Tokamak Microwave Gas Breakdown

arXiv (physics.plasm-ph), 2026

See all 122 publications →

Years Operated

2007 - Present

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