Product Overview

High-end full automatic profile analysis instrument with modular extensions for different applications based on the drop profile analysis.

High end stand-alone full automatic profile analysis instrument with remote control via LAN, WLAN and a modern user friendly interface.

A very compact profile analysis tensiometer to measure surface and interfacial tension of liquids.

A high-end maximum bubble pressure tensiometer designed for precise surface tension measurements in the sub-millisecond range, offering an exceptionally wide time interval from 0.0001 to 100 seconds.

Built on modern hardware and software architecture, this next-generation instrument delivers enhanced usability, improved measurement performance, and significantly increased reliability through its compact, robust mechanical design.

Specialized expansion for maximum sensitivity in micro-liter volumes, ideal for studying adsorption kinetics.

Adjustable measuring cell Type 2X (low temperature range 10 to 80 °C) with two optical axes and holders both for straight capillaries and curved capillary and integrated second optical axes with additional high speed video camera and light source for simultanieous observation during standard experiments.

Coaxial capillary system CCS for use of coaxial capillary – drop bulk exchange.

The CA-1P provides precise contact angle and interfacial tension measurements to quantify surface wettability and ensure rigorous standards for surface treatment and cleanliness.

CA-1M provides professional contact angle and interfacial tension analysis by combining CMOS imaging with precision manual control to quantify surface wettability and cleanliness.

In shear rheology the experiments are performed such that the viscosity and elasticity of the interfacial layer are measured. Typical experiments are those using a torsion pendulum, as it is the case in our ISR1.

The ODBA-1M designed as an additional module for the PAT-1M using the temperature control chamber, optical bench, light source and video image acquisition for the alignment, focusing and determination of the drop size.

The FA-2 characterizes long time stable foams in a reasonable experimental time by using a particular procedure - the new pressure drop technique.

Thin films are the main elements of a foam or emulsions and therefore a characterization of their main properties, i.e. the thickness and the stability, is essential. The TFA provides such measurements.

This special equipment is dedicated to studies of the direct interaction between droplets or bubbles.