A NEW STANDARD FOR AUTOMATION, SAFETY, AND TEST CONSISTENCY.

The LMI6000 marks a new generation in accessibility, as well as automation. With a new electromechanical lift system, tests can now be run without manually lifting weights, allowing for similateous test runs between multiple machines.The auto lift also increases operator safety and improves test accuracy. The dedicated power switch also ensures that the LMI is shut down safely,saving data before cutting the power. With the larger and adjustable touchscreen interface and color display, the upgraded hardware architecture, and software automation, the LMI6000 is convienent as ever.
 

POLYMER IS A BLIND MATERIAL.

Whether you’re a manufacturer, recycler, material researcher, or quality control expert, the LMI6000 plays a critical role in ensuring your material meets the proper specifications before it enters your process. Melt flow rate (MFR), melt volume rate (MVR), and intrinsic viscosity (IV) are critical markers for determining how your material will behave inside your industrial process and within the finished product. These properties are invisible to the naked eye and can vary from the material’s printed specification. With the help of the LMI6000, you can verify that your material meets your standards for quality and trace changes in material characteristics between each lot of polymers.
 

LOOK BELOW TO SEE HOW THE LMI6000 CAN HELP YOU.

"This is an area for a customer testimonial if we have one. My experience with LMI5500, LCR7500, or ViscoIndicator was great and the quality control on our line has never been better."

Chris Doe, UMass Lowell

LCR7500 SERIES OPERATIONAL OVERVIEW

OVERVIEW OF CAPILLARY RHEOMETER TESTING PROCEDURES

The LCR7500 series of capillary rheometers offers many new features and maintains the highest possible level of test accuracy and repeatability. In this video, we demonstrate an overview of the testing procedures of the LCR7500, including test setup, running, cleaning, and saving test data. Specifically, we are running a steady state test to study the stable shear viscosity of the material over certain shear conditions. This test helps identify the viscosity changes into numerous industrial applications of injection molding, extrusion process, blow molding, and so on.