Instrument
PAT-1M
Profile Analysis Tensiometer
A modular platform for surface tension, contact angle and interfacial rheology.
ExploreSURFACES. INTERFACES. POSSIBILITIES.
Discover the Science
Behind every interface
Discover what happens where materials meet.
Scientific instruments for surfaces, interfaces,
foams and thin liquid films.
Scientific & technology partners
In collaboration with science and industry.
Instruments & modules
Precision for your
next question.
Instrument
PAT-1P
Profile Analysis Tensiometer
Compact drop and bubble analysis for everyday measurements and teaching.
ExploreInstrument
PAT-2S
Profile Analysis Tensiometer
A dedicated optical system for precise characterization of liquid interfaces.
ExploreInstrument
BPA-2P
Bubble Pressure Tensiometer
Stand-alone dynamic surface tension measurements using maximum bubble pressure.
ExploreInstrument
BPA-2S
Bubble Pressure Tensiometer
Investigate adsorption and dynamic surface tension across a broad range of surface ages.
ExploreInstrument
ISR-1
Interfacial Shear Rheometer
Study the shear viscosity and elasticity of layers at liquid interfaces.
ExploreInstrument
TFA-2
Thin Film Analyzer
Explore film thickness, drainage and stability in microscopic liquid films.
ExploreModule
ODBA-1M
Oscillating Drop & Bubble Analysis
Extend PAT-1M with oscillating drop and bubble analysis for interfacial rheology.
ExploreModule
DPA-1M
Capillary Pressure Analysis
Add capillary-pressure measurements to your interfacial analysis workflow.
ExploreModule
DBMM-1M
Drop & Bubble Interaction
Observe and control interactions between drops, bubbles and interfaces.
ExploreModule
SOA
Optical Extension
Add optical access for specialized observation and experimental setups.
ConfigureModule
CCS-1M
Capillary System
Configure your capillary system for controlled drop and bubble experiments.
ExploreModule
CA-1M
Contact Angle & Wetting
Extend PAT-1M for contact-angle and wetting measurements.
ExploreModule
CA-1P
Contact Angle & Wetting
Bring contact-angle measurements to your compact PAT-1P setup.
ExploreIn development
PAT-X
The next instrument platform
Our next instrument platform is in development. Explore the concept and vision.
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News & perspectives
What’s next at SINTERFACE.
From the interface to the application
Your material.
Your measurement challenge.
How do proteins and emulsifiers influence an interface?
Investigate adsorption and interfacial rheology to understand complex food systems.
Measurement focusInterfacial characterization
Explore PAT-1MWhat governs the stability of a liquid film?
Investigate drainage, thickness and rupture in microscopic foam and emulsion films.
Measurement focusThin film analysis
Explore TFA-2How does surface tension change as an interface forms?
Study dynamic surface tension and surfactant adsorption for coating and printing applications.
Measurement focusMaximum bubble pressure tensiometry
Explore the BPA seriesHow does your formulation behave at the interface?
Characterize surface and interfacial tension in formulations, surfactants and biologically relevant systems.
Measurement focusProfile analysis tensiometry
Explore PAT-1M
The science behind the measurement
There is more
to the surface.
Wetting. Adsorption. Stability. Explore the physical principles that connect your material to the measurement.
Experience
Since 1998
Trusted worldwide
Used by industry leaders
Quality
Made in Germany
Expertise
Leading measurement techniques
More than an instrument
Your question.
Our shared curiosity.
Choosing a measurement method is only the beginning. Work with our team to connect your samples, your setup and your scientific goals.
Explore our support
Connected worldwide
Local expertise.
A global perspective.
Choose a country or a point on the map
to find your SINTERFACE contact.
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Headquarters
Berlin
Germany
SINTERFACE Technologies
Contact details Müggelseedamm 70, 12587 Berlin, Germany
info@sinterface.comLet’s talk science
Your next discovery
starts with a question.
What is your measurement challenge?
Tell us what you want to understand.
Let’s find the right approach together.