IKA Magnetic Stirrers RET control-visc

Rp123

The IKA Magnetic Stirrers RET control-visc is a powerful magnetic stirrer with integrated heating and viscosity monitoring, specially engineered for high-precision applications in demanding laboratory environments. This advanced stirrer combines temperature control, real-time viscosity measurement, and digital programmability in a robust, user-friendly device. Designed to handle complex mixing tasks with accuracy, the RET control-visc is ideal for research, development, and quality control processes in a variety of scientific and industrial fields.

IKA Magnetic Stirrers RET control-visc

The IKA Magnetic Stirrers RET control-visc is a powerful magnetic stirrer with integrated heating and viscosity monitoring, specially engineered for high-precision applications in demanding laboratory environments. This advanced stirrer combines temperature control, real-time viscosity measurement, and digital programmability in a robust, user-friendly device. Designed to handle complex mixing tasks with accuracy, the RET control-visc is ideal for research, development, and quality control processes in a variety of scientific and industrial fields.

Features

  1. real-time viscosity trend monitoring
    Integrated viscosity trend function allows users to monitor changes in sample viscosity over time, enabling better process control and documentation in complex experiments.

  2. high-performance temperature control
    Supports exact temperature control of the heated plate and direct sample measurement via an external PT1000 sensor for maximum accuracy in temperature-sensitive applications.

  3. durable and chemically resistant surface
    The robust glass top plate is resistant to chemicals and thermal shock, providing reliable performance and easy cleaning after use.

  4. strong stirring for high-viscosity media
    Equipped with a powerful motor capable of stirring up to 25 liters (H₂O) and handling viscous liquids with adjustable speed range from 50 to 1700 rpm.

  5. programmable operation with digital interface
    Offers customizable programs and timer functions via intuitive digital controls and an OLED display, streamlining workflow and ensuring reproducibility.

  6. lab connectivity and safety features
    Includes USB and RS232 ports for PC connectivity and data logging. Built-in safety systems include over-temperature protection, hot surface warning, and locking function.

Application

  • Ideal for polymerization and formulation studies

  • Used in pharmaceutical and chemical synthesis

  • Suitable for monitoring viscosity in product development

  • Commonly applied in academic research and industrial R&D labs

  • Helpful for QC testing in cosmetic, food, and materials industries

  • Enables precise mixing and heating for analytical procedures

Specifications

  • type: Magnetic stirrer with heating and viscosity monitoring

  • stirring capacity: Up to 25 liters (H₂O)

  • speed range: 50 – 1700 rpm

  • temperature range: RT to 340 °C (plate), with external sensor support

  • viscosity monitoring: Yes, via integrated software

  • top plate material: Chemically resistant glass

  • sensor compatibility: PT1000 temperature sensor

  • interface: USB and RS232 for PC connection and data transfer

  • display: Digital OLED display with intuitive navigation

  • safety features: Hot surface warning, over-temp protection, keypad lock

  • power supply: Standard lab AC input

Conclusion

The IKA RET control-visc magnetic stirrer is a cutting-edge solution for laboratories that require more than just basic mixing. By combining precision heating, robust stirring performance, and viscosity monitoring in one compact unit, it empowers users with full control over their processes. Whether in research, development, or quality control, this advanced device delivers outstanding reliability, safety, and accuracy for critical lab operations.

Reviews

There are no reviews yet.

Be the first to review “IKA Magnetic Stirrers RET control-visc”

Your email address will not be published. Required fields are marked *