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dry rotary vane vacuum pump

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  • ZJPRotz真空回転変容体量機械ブースターポンプ 真空システム

    ZJPRotz Roots Vacuum Pump The ZJPRotz Roots vacuum pump is a rotary variable volume mechanical booster pump designed for vacuum systems. As a vacuum pump without internal compression, it operates through the synchronized reverse rotation of "8" shaped rotors within the pump cavity, effectively moving gas to achieve extraction. Characterized by high pumping rates and low motor power requirements, it requires a front pump for pre-pumping. Once the front pump reaches the
  • ZJP150 150L/Sのポンプ速度を持つ根の機械的なブースターポンプ 水冷却

    ZJP150 Universal Roots Vacuum Pump The ZJP150 Small Roots Vacuum Pump delivers 150L/S pumping speed in a compact, low-noise design, making it ideal for small vacuum systems. This rotary variable volume mechanical booster pump operates through synchronized reverse rotation of "8" shaped rotors within the pump cavity, effectively moving gas to achieve extraction. Characterized by high pumping rates and low motor power requirements, it requires a front pump for pre-pumping to
  • ZJP300 メカニカルブースターポンプ 300L/S ポンプ速度 低極圧 3 4KW

    ZJP300 Universal Roots Vacuum Pump The ZJP30150 Small Roots Vacuum Pump delivers 300L/S pumping speed in a compact, low-noise design, making it ideal for small vacuum systems. This rotary variable volume mechanical booster pump operates through synchronized reverse rotation of "8" shaped rotors within the pump cavity, effectively moving gas to achieve extraction. Characterized by high pumping rates and low motor power requirements, it requires a front pump for pre-pumping to
  • ZJP2500 高容量根型ポンプ 2500L/S 要求の高いアプリケーションのためのポンプ速度

    ZJP2500 High-Capacity Roots Vacuum Pump The ZJP2500 Universal Roots Vacuum Pump delivers 2500L/S pumping speed in a compact, low-noise design, making it ideal for demanding industrial applications. This rotary variable volume mechanical booster pump operates through synchronized reverse rotation of "8" shaped rotors within the pump cavity, effectively moving gas to achieve extraction. Characterized by high pumping rates and low motor power requirements, it requires a front
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