ROTAVISC me-vi

Mason Technology, in partnership with IKA, supplies the ROTAVISC me-vi, a precise and flexible rotational viscometer designed for measuring the viscosity of liquids across a wide range of applications. Suitable for research, development, and quality control environments, the ROTAVISC me-vi provides fast and accurate results for both Newtonian and non-Newtonian fluids.

ROTAVISC me-vi Key Features

• Wide viscosity range: Measures viscosities from 100 to 40,000,000 mPas, ideal for medium- to high-viscosity samples.

• High accuracy: Delivers a measurement accuracy of ±1% FSR and repeatability of ±0.2% FSR for reliable results.

• Simple operation: Features a 4.3″ TFT display with intuitive menu guidance and a digital spirit level for easy setup.

• Stepless speed control: Adjustable speed from 0.01 to 200 rpm with ±0.01 rpm precision.

• Temperature control: Operates from -100 to 300°C with a temperature resolution of 0.1 K using the included PT 100 sensor.

• Complete system: Supplied with ROTASTAND, SP spindle set (SP7–SP12), temperature sensor, and protective bracket for immediate operation.

• Data handling: Equipped with RS232 and Micro-USB interfaces for convenient data transfer and connectivity.

• Versatile testing modes: Supports timer and continuous operation with a programmable ramp function for repetitive measurements.

• Compact and durable: Dimensions 351 × 629 × 372 mm, weight 7.1 kg, and protection class IP40.

• Reliable in all environments: Operates within 5–40°C ambient temperature and up to 80% relative humidity.

The IKA ROTAVISC me-vi delivers outstanding performance for precise viscosity measurement. Its stepless speed control, high accuracy, and wide measuring range make it ideal for laboratories working with a variety of materials and formulations.

Choose Mason Technology as your trusted Irish supplier for IKA laboratory instruments. Our expert team provides installation, technical guidance, and aftersales support to ensure your viscometry equipment performs with consistency and precision.