Industrial Automation » Mass Flow Controllers » Tokyo

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Used n/a. in Tokyo, Japan

  • Hitachi Metals FCPI 980

    Hitachi Metals FCPI 980

      Manifold set: C4F8*50 SF6*500 N2*200 BCl3*200 ClF3*500 CL2*200 O2*5000 N2*10

      Tokyo, Japan
    • Millipore Mass Flow Controller (MFC)

      Millipore Mass Flow Controller (MFC)

        N2 Device name: Mass flow controller (MFC)

        Tokyo, Japan
      • MKS 1480A-25077

        MKS 1480A-25077

          N2 40sccm Device name: Mass flow controller (MFC)

          Tokyo, Japan
        • SAM SFC-280E4S

          SAM SFC-280E4S

            N2, 50sccm Device name: Mass flow controller

            Tokyo, Japan
          • 堀場エステック　Stec SEC-Z521XN

            堀場エステック Stec SEC-Z521XN

              N2O 101SLM Device name: Mass flow controller (MFC)

              Tokyo, Japan
            • Lintec MC-3102L-NC-4JR2AAA00

              Lintec MC-3102L-NC-4JR2AAA00

              • Manufacturer: Lintec
              • Model: MC-3102

              N2, 100SCCM Device name: Mass flow controller (MFC)

              Tokyo, Japan
            • Unit UFC-1100

              Unit UFC-1100

              • Manufacturer: United Forms Corp

              Gas:N2 Flow:100SCCM Device name: Mass flow controller (MFC)

              Tokyo, Japan
            • Unit UFC-1100

              Unit UFC-1100

              • Manufacturer: United Forms Corp

              Gas:N2 Flow rate:5SLM Device name: Mass flow controller (MFC)

              Tokyo, Japan
            • Horiba Stec SEC-510A

              Horiba Stec SEC-510A

              • Manufacturer: Horiba

              Gas:N2 Flow rate:50LM Device name: Mass flow controller (MFC)

              Tokyo, Japan
            • HORIBA STEC Stec SEC-500MK3

              HORIBA STEC Stec SEC-500MK3

                Gas:N2 Flow rate:10LM Device name: Mass flow controller (MFC)

                Tokyo, Japan
              • Horiba Stec Stec SEC-410

                Horiba Stec Stec SEC-410

                  Gas:N2 Flow rate:200CCM Device name: Mass flow controller (MFC)

                  Tokyo, Japan
                • Unit UFC-1100

                  Unit UFC-1100

                  • Manufacturer: United Forms Corp

                  Gas:N2 Flow rate:300SCCM Device name: Mass flow controller (MFC)

                  Tokyo, Japan
                • Unit UFC-1100

                  Unit UFC-1100

                  • Manufacturer: United Forms Corp

                  Gas:N2 Flow rate:3SLM Device name: Mass flow controller (MFC)

                  Tokyo, Japan
                • Horiba Stec SEC-400MK3-K

                  Horiba Stec SEC-400MK3-K

                  • Manufacturer: Horiba

                  Gas:N2O Flow:2LM Device name: Mass flow controller (MFC)

                  Tokyo, Japan
                • HORIBA STEC Stec SEC-400MK3

                  HORIBA STEC Stec SEC-400MK3

                    Gas:N2 Flow rate:5LM Device name: Mass flow controller (MFC)

                    Tokyo, Japan
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                  Overview

                  Mass Flow Controllers (MFCs) are precision instruments used to control and measure the flow of gases in a variety of industrial applications. These devices ensure accurate and consistent gas flow, making them essential for processes in fields like chemical manufacturing, semiconductor production, and environmental monitoring.

                  FAQ

                  What factors should I consider when buying a used mass flow controller?

                  Consider the controller's compatibility with your gas type, flow rate requirements, and the device's overall condition. Check for calibration records and any signs of wear or damage.

                  How do I ensure the mass flow controller is shipped safely?

                  Use a reputable shipping service that specializes in delicate instruments. Ensure the controller is properly packaged with cushioning materials to prevent damage during transit.

                  What maintenance is required for a mass flow controller?

                  Regular maintenance includes recalibration, cleaning the flow path, and checking for any leaks or blockages. Refer to the manufacturer’s manual for specific maintenance guidelines and intervals.