Dynisco Laboratory Capillary Rheometer (LCR) LCR7000/7001/7002 Series


  • Fully digital calibration
  • Increased speed and force range
  • Advanced electronics and software enable up to 45 shear stress or shear rate data points per test
  • Unique algorithms for polymer melt stability
  • Bidirectional communication allows downloading test parameters from the PC
  • Multiple heating zones in the cylinder and adaptive PID temperature control algorithm ensure precise and uniform heating up to 430°C (optional up to 500°C for models 7000 and 7001)
  • Precision servo motor and transducer allow for accurate control of load and speed mode tests
  • Tungsten carbide dies and a hardened and ground tool steel cylinder ensure long service life
  • LAB KARS, advanced rheology software
Datasheet
Info
Accessory

Advanced Software

LAB KARS (“Kayeness Advanced Rheology Software”) is the most powerful and user-friendly rheological software package for Windows™. Its easy-to-use features include Bagley and Rabinowitsch corrections as well as Power Law, Carreau, Modified Cross, and polynomial viscosity models. This software allows users to merge multiple datasets from shear stress, shear rate, or thermos-stability tests. The integrated KARS SQC module can be used to quickly identify viscosity variations across different material batches. A program for correlating melt viscosity with intrinsic viscosity, for PET and Nylon, is also included.

Real-Time Display

In addition to all its other powerful features, LAB KARS for Windows™ offers a real-time display of force or pressure versus time as a test progresses. This feature allows the operator to recognize the steady-state flow behavior of the material. Additionally, contaminants, unmelted resin, or bubbles in the material can be identified by spikes in the force-vs-time curve.









Technical advice: 03303 / 50 40 66

Technical advice for this product


    In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



    Dynisco Laboratory Capillary Rheometer (LCR) LCR7000/7001/7002 Series

    • Fully digital calibration
    • Increased speed and force range
    • Advanced electronics and software enable up to 45 shear stress or shear rate data points per test
    • Unique algorithms for polymer melt stability
    • Bidirectional communication allows downloading test parameters from the PC
    • Multiple heating zones in the cylinder and adaptive PID temperature control algorithm ensure precise and uniform heating up to 430°C (optional up to 500°C for models 7000 and 7001)
    • Precision servo motor and transducer allow for accurate control of load and speed mode tests
    • Tungsten carbide dies and a hardened and ground tool steel cylinder ensure long service life
    • LAB KARS, advanced rheology software
    Datasheet
    Info
    Accessory

    Advanced Software

    LAB KARS (“Kayeness Advanced Rheology Software”) is the most powerful and user-friendly rheological software package for Windows™. Its easy-to-use features include Bagley and Rabinowitsch corrections as well as Power Law, Carreau, Modified Cross, and polynomial viscosity models. This software allows users to merge multiple datasets from shear stress, shear rate, or thermos-stability tests. The integrated KARS SQC module can be used to quickly identify viscosity variations across different material batches. A program for correlating melt viscosity with intrinsic viscosity, for PET and Nylon, is also included.

    Real-Time Display

    In addition to all its other powerful features, LAB KARS for Windows™ offers a real-time display of force or pressure versus time as a test progresses. This feature allows the operator to recognize the steady-state flow behavior of the material. Additionally, contaminants, unmelted resin, or bubbles in the material can be identified by spikes in the force-vs-time curve.









    Technical advice: 03303 / 50 40 66

    Technical advice for this product


      In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



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