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Energy
In the manufacturing process of certain types of solar cells, light-absorbing layers, functional films, etc., are deposited in a vacuum. Our TGkine®-B series and TGkine®-R series magnetically levitated turbo molecular pumps satisfy high pumping speed and throughput.
In the manufacturing of lithium-ion batteries, materials are mixed, dried, and the electrolyte is filled in a vacuum environment. In these processes, dry vacuum pumps resistant to the used chemicals or Vacuum Pumping Systems which are combined with an oil-sealed rotary vacuum pump and a roots vacuum pump are used.
In transporting or storing liquefied natural gas or hydrogen, vacuum-insulated tanks maintain cryogenic conditions suitable for the liquefied gases. A vacuum pump keeps the vacuum insulation layer of the vessel at a certain pressure. We can offer reliable pump systems with our Turbo Molecular Pumps, Oil Diffusion Pumps, and P series oil-sealed rotary piston pumps that pump down the vacuum layer of large vessels over long periods.
A fusion reactor has a vacuum vessel to contain the plasma. When turbo molecular pumps are used at the vessel, the pumps require magnetic shielding, and the controllers must be installed at a distance. We have a lineup of turbo molecular pumps with integrated magnetic shields to meet these requirements.
Sputtering
Turbo Molecular Pumps
Oil Diffusion Pumps
Dry Vacuum Pumps
Vacuum Drying
Roots Vacuum Pumps
Dry Vacuum Pumps
Oil-sealed Rotary Vacuum Pumps
Liquid-ring Vacuum Pumps
Ejectors
Condensation
Nuclear Fusion
Turbo Molecular Pumps
Oil Diffusion Pumps
Roots Vacuum Pumps
Oil-sealed Rotary Vacuum Pumps