QInstruments BioShake 3000 T-ELM

QInstruments BioShake 3000 T-ELM
Manufacturer: Qinstruments
Model: Bioshake3000T-ELM

Bioshake3000-T-ELM is the world’s smallest industrial All-in-One ThermoShaker. It is specially designed for integration in robotic environments. It provides Automatic Edge Locking Mechanism (ELM) for robotic gripping, fast and high-precision heating from ambient to 99C, mixing speed up to 3,000 rpm at 2 mm orbit,and homing position accuracy of +/- 0.1mm.

Shaker Commands

  • Reset Device

    void resetDevice()Restart the controller.
  • Shake On

    void shakeOn()Start the shaking with the current mixing speed.
  • Shake Off

    void shakeOff()Stop the shaking and return to homing position.
  • Get Shake State

    int getShakeState()Return the state of the shaker.

    Returns:

    Shaking state. 0 – shaking is active, 1 – least set point will be accessed, 2 – brake application, 3 – arrived in the homing position, 4 – manual mode, 99 – boot process running.
  • Get Shake Target Speed

    int getShakeTargetSpeed()Return the target mixing speed.

    Returns:

    Target mixing speed.
  • Set Shake Target Speed

    void setShakeTargetSpeed(int speed)Set the target mixing speed.

    Parameters:

    • speedTarget mixing speed. Default: 500
  • Get Shake Actual Speed

    int getShakeActualSpeed()Return the current mixing speed.

    Returns:

    Current mixing speed.
  • Get Shake Min Rpm

    int getShakeMinRpm()Return the least set point.

    Returns:

    Least set point.
  • Get Shake Max Rpm

    int getShakeMaxRpm()Return the biggest set point.

    Returns:

    Biggest set point.
  • Temperature Control On

    void tempOn()Activate the temperature control.
  • Temperature Control Off

    void tempOff()Desactivate the temperature control.
  • Get Target Temperature

    float getTargetTemp()Return the target temperature.

    Returns:

    Target temperature.
  • Set Target Temperature

    void setTargetTemp(int temperature)Set the target temperature in 1/10 degrees.

    Parameters:

    • temperatureTarget temperature. Default: 370
  • Get Actual Temperature

    float getActualTemp()Return the current temperature.

    Returns:

    Actual temperature.
  • Get Temperature Minimum

    int getTempMin()Return the least set point of temperature.

    Returns:

    Least set point of temperature.
  • Get Temperature Maximum

    int getTempMax()Return the biggest set point of temperature.

    Returns:

    Least set point.
  • Get Temperature at 40 Degrees Calibration

    float getTemp40Calibr()Return the temperature on the calibration point at 40 degree Celsius.

    Returns:

    Temperature on calibration point.
  • Set Temperature at 40 Degrees Calibration

    void setTemp40Calibr(int temperature)Set the temperature on the calibration point at 40 degree Celsius in 1/10 degrees.

    Parameters:

    • temperatureTemperature on calibration point. Default: 401
  • Get Temperature on 90 Degrees Calibration

    float getTemp90Calibr()Return the temperature on the calibration point at 90 degree Celsius.

    Returns:

    Temperature on calibration point.
  • Set Temperature on 90 Degrees Calibration

    void setTemp90Calibr(int temperature)Set the temperature on the calibration point at 90 degree Celsius in 1/10 degrees.

    Parameters:

    • temperatureTemperature on calibration point. Default: 896
  • Set Temperature Logging On

    void setTempLoggingOn()Enable the temperature logging function.
  • Set Temperature Logging Off

    void setTempLoggingOff()Disable the temperature logging function.
  • Set ELM Shake Position

    void setElmShakePos()Close the Edge Locking Mechanism (ELM). The microplate is now fixed.
  • Set ELM Unlock Position

    void setElmUnlockPos()Opens the Edge Locking Mechanism (ELM) for gripping microplates.
  • Get Elm State

    int getElmState()Return the state of Edge Locking Mechanism (ELM).

    Returns:

    ELM state. 1: shake position, 3: unlock position, 9 – error.
Contact Us
X Contact Us