EBARA Technologies, Inc. EMT Series Turbomolecular Pump EMT390

Description
The EMT Series offers five major types of turbomolecular pumps - temperature-controll ed, corrosion resistant, ultra low vibration, radiation resistant, and ultra high vacuum. The EMT Series turbomolecular pumps features a wide pressure range with maximum back pressure up to 3 Torr. The temperature controlled model turbomolecular pumps reduce the rate condensation of the byproduct and process effluent build up commonly found inside a turbomolecular pump. The patented thermal insulation structure with integrated temperature management system is the most energy efficient temperature controlled turbomolecular pump on the market today. The Ultra high vacuum model turbomolecular pumps efficiently evacuate the lightest gases from high vacuum down to the ultra high vacuum region by reducing the materials' out gassing and improving the efficiency of hydrogen compression. The Ultra high vacuum model turbomolecular pump can achieve 75 pTorr (10-8 Pa) with a short bake-out period. The Ultra Low Vibration model turbomolecular pumps meets today's cutting edge challenges in EUV lithography, Micro-machining (MEMS), CD line width measurement, SEM/TEM Electron Microscopy, XPS and Nano-technology analytical tools. The Ultra low vibration model turbomolecular pumps produce less than 1nm vibration amplitude.
Description
The EMT Series offers five major types of turbomolecular pumps - temperature-controll ed, corrosion resistant, ultra low vibration, radiation resistant, and ultra high vacuum. The EMT Series turbomolecular pumps features a wide pressure range with maximum back pressure up to 3 Torr. The temperature controlled model turbomolecular pumps reduce the rate condensation of the byproduct and process effluent build up commonly found inside a turbomolecular pump. The patented thermal insulation structure with integrated temperature management system is the most energy efficient temperature controlled turbomolecular pump on the market today. The Ultra high vacuum model turbomolecular pumps efficiently evacuate the lightest gases from high vacuum down to the ultra high vacuum region by reducing the materials' out gassing and improving the efficiency of hydrogen compression. The Ultra high vacuum model turbomolecular pump can achieve 75 pTorr (10-8 Pa) with a short bake-out period. The Ultra Low Vibration model turbomolecular pumps meets today's cutting edge challenges in EUV lithography, Micro-machining (MEMS), CD line width measurement, SEM/TEM Electron Microscopy, XPS and Nano-technology analytical tools. The Ultra low vibration model turbomolecular pumps produce less than 1nm vibration amplitude.

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Product
Description
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EMT Series Turbomolecular Pump - EMT390 - EBARA Technologies, Inc.
Sacramento, CA, USA
EMT Series Turbomolecular Pump
EMT390
EMT Series Turbomolecular Pump EMT390
The EMT Series offers five major types of turbomolecular pumps - temperature-controll ed, corrosion resistant, ultra low vibration, radiation resistant, and ultra high vacuum. The EMT Series turbomolecular pumps features a wide pressure range with maximum back pressure up to 3 Torr. The temperature controlled model turbomolecular pumps reduce the rate condensation of the byproduct and process effluent build up commonly found inside a turbomolecular pump. The patented thermal insulation structure with integrated temperature management system is the most energy efficient temperature controlled turbomolecular pump on the market today. The Ultra high vacuum model turbomolecular pumps efficiently evacuate the lightest gases from high vacuum down to the ultra high vacuum region by reducing the materials' out gassing and improving the efficiency of hydrogen compression. The Ultra high vacuum model turbomolecular pump can achieve 75 pTorr (10-8 Pa) with a short bake-out period. The Ultra Low Vibration model turbomolecular pumps meets today's cutting edge challenges in EUV lithography, Micro-machining (MEMS), CD line width measurement, SEM/TEM Electron Microscopy, XPS and Nano-technology analytical tools. The Ultra low vibration model turbomolecular pumps produce less than 1nm vibration amplitude.

The EMT Series offers five major types of turbomolecular pumps - temperature-controlled, corrosion resistant, ultra low vibration, radiation resistant, and ultra high vacuum.
The EMT Series turbomolecular pumps features a wide pressure range with maximum back pressure up to 3 Torr.
The temperature controlled model turbomolecular pumps reduce the rate condensation of the byproduct and process effluent build up commonly found inside a turbomolecular pump. The patented thermal insulation structure with integrated temperature management system is the most energy efficient temperature controlled turbomolecular pump on the market today.
The Ultra high vacuum model turbomolecular pumps efficiently evacuate the lightest gases from high vacuum down to the ultra high vacuum region by reducing the materials' out gassing and improving the efficiency of hydrogen compression. The Ultra high vacuum model turbomolecular pump can achieve 75 pTorr (10-8 Pa) with a short bake-out period.
The Ultra Low Vibration model turbomolecular pumps meets today's cutting edge challenges in EUV lithography, Micro-machining (MEMS), CD line width measurement, SEM/TEM Electron Microscopy, XPS and Nano-technology analytical tools. The Ultra low vibration model turbomolecular pumps produce less than 1nm vibration amplitude.

Supplier's Site

Technical Specifications

  EBARA Technologies, Inc.
Product Category High Vacuum Pumps
Product Number EMT390
Product Name EMT Series Turbomolecular Pump
Configuration Individual Vacuum Pump
Application Industrial; Semiconductor
Features OEM Controller / Control Panel; Magnetic Bearing
Ultimate Vacuum 3 torr (29.80 in Hg vac)
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