[Demonstration and Evaluation Case] Kyotan Fusion Engineering Co., Ltd.

Adoption of a magnetic field specification compatible with approximately 160mT! A demonstration and evaluation case of a turbo molecular pump that achieves stable operation under harsh magnetic field environments.

We would like to introduce a case where our magnetic bearing turbo molecular pump, based on the model "TG1300M," was adopted for the magnetic field-resistant specification at the integrated test plant "UNITY-1" of Kyoto Fusion Engineering Co., Ltd. In fusion energy research, a high vacuum environment is essential for various processes such as plasma generation, heating, and transport. However, strong magnetic fields exist around the equipment, requiring vacuum pumps to have not only high exhaust performance but also special specifications such as magnetic field resistance and long-term high reliability. This product adopts a magnetic field-resistant specification that can withstand an environment of approximately 160mT, achieving stable operation under severe magnetic field conditions. It responds to specific requirements unique to fusion-related equipment, such as flange configurations tailored to the equipment specifications, contributing to long-term stable operation in advanced research facilities that require continuous operation. [Case Overview] - Installation Site: Integrated Test Plant "UNITY-1" - Adopted Product: Magnetic Bearing Turbo Molecular Pump "TG1300M" based Magnetic Field Resistant Model - Compatible Environment: Approximately 160mT *For more details, please download the PDF or feel free to contact us.

Turbo PumpVacuum pump