meMDR Moving Die Rheometer

meMDR Moving Die Rheometer is the world-leading instrument designed to measure changes in the vulcanisation characteristics of rubber compounds during the process.

The instrument operates by subjecting a sample within a sealed die cavity to torsional oscillations of specific strain and frequency at defined temperature and pressure. The torque measurement system continuously records torque values over time to generate vulcanisation curves.

The instrument is widely employed in laboratories within the rubber elastomer industry for compound development, material research, and quality control.

Applicable Standards: GB/T 16584，ISO 6502，ASTM D5289，DIN 53529

    Product Advantages & Features

  • Industrial design with an aesthetically pleasing appearance and low operational noise.
  • Features a finite element analysis-optimized, ultra-stiff cavity for exceptional durability.
  • Fitted with long-life premium sealing rings to ensure tight cavity sealing.
  • Anti-slip grooves distributed across top and bottom cavity surfaces effectively prevent specimen slippage.
  • Includes transparent protective housing with automatic open/close mechanism for safety and clear visibility.
  • Custom high-resolution torque sensor with temperature compensation.
  • Normal force measurement range up to 10kN, suitable for sponge and foam testing (optional).
  • PT100 temperature measurement with high control accuracy and PID real-time auto-adjustment.
  • Integrated mainboard temperature control for rapid recovery and cooling rates of 1°C/s (optional).
  • Equipped with meDYNA ETA direct-drive servo motor, enabling variable-height testing.
  • Oscillation frequency 1.667 Hz, variable frequency 0-5 Hz (optional).
  • Amplitude range ±0.1°- 10°, angular resolution 0.001°.
  • Powerful meTEST® software integrating control, analysis and report generation.
  • Menu-guided rapid testing enables completion of common projects in a few simple steps.
  • Integrated self-diagnostic programme provides timely alerts for system faults.
  • USB connection to computer facilitates control, operation and real-time monitoring.