In the field of advanced fluid characterization, reliable data is a decisive advantage. We are currently pushing the boundaries of analytical science with the High temperature Viscometer for High and Low viscous material named ViscoDrop. Specifically, our containerless high temperature viscometer is designed for the most demanding research environments. This instrument delivers high-precision results for both cutting-edge laboratories and heavy industries.
A core innovation of our technology lies in the optimization of sample volumes. Traditional viscometers usually require many milliliters of material. However, our high temperature viscometer measures critical parameters using only a few microliters. In addition, it captures viscosity, surface tension, and contact angle simultaneously. This breakthrough delivers tangible benefits for modern production facilities.
Viscosity and material behavior are intrinsically linked to thermal conditions. Therefore, our oven technologies are specifically engineered to meet your exact application. We offer specialized thermal solutions across a range from 300°C up to 2200°C. Moreover, our high temperature viscometer furnaces guarantee world-class stability.

This is perfect for testing expensive or hazardous substances. For instance, it is ideal for precious metal alloys or radioactive materials.

Minimal sample preparation accelerates workflows significantly. Consequently, this reduces operational costs in high-volume testing scenarios.

Obtain repeatable and contamination-free data easily. Indeed, our method avoids the artifacts inherent to traditional large-volume methods.
ViscoDrop technology offers a revolutionary approach to material characterization. We utilize the principle of non-contact measurement. In fact, traditional methods often suffer from chemical contamination. Reactions between a sample and its holder can ruin data at extreme temperatures. However, our unique process eliminates these critical variables completely. We focus thus on the pure physics of the liquid droplet.
A vertical actuator moves toward the suspended sample. Then, it induces a controlled deformation without ever touching the fluid.
We manipulate the liquid state using specific aerodynamic forces. In this way, we shape the droplet according to your analytical needs.
The induction force is suddenly removed. Finally, the droplet relaxes freely to regain its natural spherical shape.
Achieve precise, contamination-free results with advanced high temperature
viscometry designed for modern research and industrial applications.

The Viscodrop technique measures fluid viscosity by analyzing the dynamic deformation of a droplet subjected to a controlled mechanical perturbation. Unlike conventional rheometers (rotational or capillary), this method: does not rely on imposed shear flow uses drop shape evolution over time enables access to both viscous and viscoelastic properties

Our sensors precisely measure the oscillation rate of this relaxation. These data points allow the system to calculate viscosity and surface tension. Moreover, the precision achieved is unprecedented in the modern industry. The system records thousand of data points every second. As a result, the final analysis is incredibly detailed.

Viscosity and material behavior are intrinsically linked to thermal conditions. Therefore, our oven technologies are specifically engineered to meet your exact application. We offer specialized thermal solutions across a range from 300°C up to 2200°C. Moreover, our high temperature viscometer furnaces guarantee world-class stability.
Tell us about your application, required temperature range, and material type. Our team will provide a customized solution designed to deliver accurate and reliable results.
ViscoDrop is an advanced high temperature viscometer designed for precise material characterization.
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