Cell Lab LCD Display Viscometer [Digital Laboratory Viscosity Tester for Non-Newtonian Fluids, 2K–100M mPa·s]

Cell Lab LCD Display Viscometer [Digital Laboratory Viscosity Tester for Non-Newtonian Fluids, 2K–100M mPa·s]

High-sensitivity viscometer for accurate analysis of gels, creams, and high-viscosity materials

The Cell Lab LCD Display Viscometer is a precision digital instrument designed for the accurate measurement of both Newtonian and non-Newtonian fluids, including gels, putty, creams, adhesives, and gelatin. With a broad measurement range from 2K to 100M mPa·s and an integrated temperature probe (0–60 °C, ±0.1 °C accuracy), it delivers consistent, repeatable results for high-viscosity and semi-solid samples.

Featuring a full-colour LCD screen and intuitive interface, this benchtop viscometer offers exceptional stability, accuracy, and ease of operation. It is ideal for laboratory testing, product formulation, and R&D involving complex rheological materials.

Key Features

• Wide Measurement Range (2K–100M mPa·s) – Suitable for testing a variety of viscous materials including gels, creams, and pastes.

• Full-Colour LCD Interface – Provides real-time viscosity, temperature, and rotational data with clear visualisation.

• Integrated Temperature Measurement – Monitors sample temperature from 0–60 °C with ±0.1 °C accuracy.

• Exceptional Precision & Repeatability – ±1% accuracy and ±0.5% repeatability for Newtonian fluid testing.

• Compact Laboratory Design – Space-efficient benchtop unit built for long-term reliability and stability.

Technical Specifications:

Applications & Industries

• Rheological research on gels, adhesives and emulsions

• Pharmaceutical and cosmetic formulation testing

• Food and biotechnology viscosity measurement

• Battery slurries and polymer paste analysis

• Academic and industrial R&D laboratories

FAQ

Q1: What materials can this viscometer measure?
A1: It supports both Newtonian and non-Newtonian fluids, including gels, putties, creams, and pastes.

Q2: Does it include temperature monitoring?
A2: Yes. It measures temperatures between 0–60 °C with ±0.1 °C accuracy via an integrated temperature probe.

Q3: What is the precision level for standard liquids?
A3: ±1% measurement accuracy and ±0.5% repeatability for Newtonian fluids.

Q4: Can it handle very high-viscosity materials?
A4: Yes. The machine is suitable for viscosities up to 100 million mPa·s.

Q5: Is it easy to operate?
A5: The PLC-based LCD interface provides a simple, intuitive control system suitable for both laboratory and production environments.