Breakthrough Analyzer

Measurement of Breakthrough Curves

The detection of breakthrough curves (BTC) is very important for
the complete characterization of sorbents. Breakthrough curves
can be used for calculating isotherms, describing sorption
kinetics, and determining the corresponding heat of adsorption.
RuboLab addresses this importance by offering various versions
of BTC measurement instruments. Specifically, the
RuboLab miniBTC uniquely allows for small sample
amounts, such as MOFs.
RuboSORP Magnetic Suspension Balance
Highly Accurate Weighing of Smallest Masses

The RuboSORP Magnetic Suspension Balance enables
highly accurate weighing of smallest sample masses
under technically demanding conditions. This includes
high pressure of up to 700 bar, temperatures up to 400°C,
as well as the using of toxic, agressive and supercritical fluids.
Multiport Analyzer
Manometric Adsorption Measurement

This instrument allows the simultaneous measurement of up
to 5 samples. The fully automated apparatus is developed for
time saving measurements such as material screenings. It can be
used to measure sorption isotherms at pressures of up to 100 bar
and within a temperature range of – 20°C and +300°C.

In addition to providing measurement data, we can use our many years of experience to assist you with the processing and interpretation of data.

Our state of the art laboratory technology can be modified to meet your specific experimental needs, all while maintaining maximum quality and accuracy.

Our instruments maintain their high quality, regardless of toxic, corrosive, high pressure, or extreme temperature conditions.

Who we are

The RuboLab GmbH placed in Düsseldorf, Germany offers high quality laboratory technology. Our analytical services are focused on sorption measurement technology and related areas. Our team of engineers has many years of practical experience, so flexible and customer-oriented work on a high quality level is guaranteed. We maintain a close network with experts of various disciplines. By doing this, even the most complex tasks can be realized.