Mason Technology, in partnership with IKA, supplies the ROTAVISC lo-vi, a high-precision rotational viscometer for measuring the viscosity of liquids across research, production, and quality control applications. Designed for simple and demanding tasks alike, it provides fast, reliable, and reproducible results for both Newtonian and non-Newtonian fluids.
IKA ROTAVISC lo-vi Key Features
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Wide viscosity range: Measures viscosities from 1 to 6,000,000 mPas, ideal for low to medium-viscosity liquids.
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High accuracy and reproducibility: Delivers measurement accuracy of ±1% FSR and repeatability of ±0.2% FSR.
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Easy operation: Features a 4.3″ TFT display with intuitive menu navigation and digital spirit level for precise setup.
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Flexible speed control: Offers stepless speed adjustment from 0.01 to 200 rpm with accuracy of ±0.01 rpm.
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Comprehensive control functions: Includes timer, torque measurement, graph function, and ramp control for repeatable testing.
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Temperature monitoring: Measures temperatures from -100 to 300°C with 0.1 K resolution using the integrated PT 100 sensor.
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Modern connectivity: Equipped with RS232 and Micro-USB interfaces for data transfer and device integration.
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Complete package: Supplied with ROTASTAND, SP spindle set (SP1–SP4), temperature sensor, and protective bracket for immediate use.
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Compact and robust design: Weighs 7.1 kg with dimensions 351 × 629 × 372 mm, and protection class IP40.
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Reliable performance: Operates in ambient temperatures between 5–40°C and up to 80% relative humidity.
The IKA ROTAVISC lo-vi Complete offers precise viscosity measurement with advanced control and easy handling. Its wide measuring range and digital functionality make it suitable for laboratories and quality control environments that require accuracy, flexibility, and repeatability.
Choose Mason Technology as your trusted Irish supplier for IKA laboratory instruments. With expert technical support and aftersales service, Mason Technology ensures your viscometry systems deliver dependable and consistent performance.