Microbalança de Cristal de Quartzo

  • QCM I quartz crystal microbalance Dissipation QCMD

    QCM-I Microbalança de Cristal de Quartzo

    With Dissipation (QCM-D)

    Features:

    • Monitors both frequency and dissipation
    • Multiple harmonics (up to the 13th overtone for 5 MHz crystals)
    • Temperature control from 4°C to 80°C (± 0.02 °C) is included
    • Optional electrochemical measurement module
    • Modular sensor holder up to 4 measuring channels (two channels standard)
    • External PC with Windows® 10; communication with QCM-I via USB

    Standard Dissipation Sensitivity in Liquid ~ 1 x 10-7

  • QCM I mini quartz crystal microbalance QCMD Dissipation

    QCM-I Mini Microbalança de Cristal de Quartzo

    With Dissipation (QCM-D)

    Features:

    • Both frequency and dissipation
    • Multiple overtones (up to the 13th for 5 MHz Crystals) can be quickly and sequentially measured
    • Temperature control from 15° C to 60° (± 0.02° C) in included on one channel
    • Two independently measured channels
    • External PC with Windows® 10 Communication with QCM-I Mini via USB

    Standard Dissipation Sensitivity in Liquid ~ 1 x 10-7

  • QCM D QCM i Quartz Crystal Microbalance Dissipation/Impedance

    eQCM-I Mini Microbalança de Cristal de Quartzo

    With Dissipation (QCM-D)

    Features:

    • Monitors both frequency and dissipation
    • Multiple overtones (up to the 13th for 5 MHz crystals) can be quickly and sequentially measured
    • Integrated with Gamry USB-based potentiostats
    • Temperature control from 15° C to 60° (± 0.02° C) in included on one channel
    • Two independently measured channels
    • External PC with Windows® 10; communication with QCM-I via USB

    Standard Dissipation Sensitivity in Liquid ~ 1 x 10-7

  • eQCM2

    Microbalança de cristal de quartzo eQCM 10M

    Features:

    • Any crystal from 1-10 MHz in any cell
    • Detect ng/cm2
    • USB Interface
    • Integrated QCM and Gamry Potentiostat acquisition
    • Impedance scanning gives both ƒs and ƒp, the series and parallel resonant frequencies
    • Data Analysis in Gamry’s flexible and customizable Echem Analyst™