Scientific instrumentsfor every interface.
Precision instrumentation for surface and interfacial tension, dynamic interface characterization, wetting, interfacial rheology and thin liquid films.
Measurement platformsfor interface science.
Explore SINTERFACE instrumentation by measurement principle and experimental application.
01Profile Analysis
Optical drop and bubble analysis for surface and interfacial characterization.
02Bubble Pressure
Dynamic surface tension measurements across short surface ages.
03Specialized Instruments
Dedicated systems for interfacial rheology and thin liquid film analysis.
04Modules
Extend SINTERFACE platforms for specialized experimental configurations.
Drops and bubbles as quantitative interfaces.
Profile analysis evaluates the geometry of drops and bubbles to determine surface and interfacial properties under controlled experimental conditions.
The PAT platform combines optical profile analysis with dosing, temperature control and specialized experimental extensions.
PAT-1P
Profile Analysis Tensiometer
Compact profile analysis tensiometer for surface and interfacial tension, contact angle measurements and educational laboratory applications.
Explore PAT-1P
PAT-1M
Profile Analysis Tensiometer
Advanced platform for comprehensive surface and interfacial characterization with modular extensions for demanding research applications.
Explore PAT-1M
PAT-2S
Profile Analysis Tensiometer
High-performance profile analysis system for precise and reproducible characterization of liquid interfaces.
Explore PAT-2SPAT-X
Beyond conventional tensiometry.
Advanced experimental platform for specialized interface characterization and future measurement workflows.
Discover PAT-X
Dynamic surface tension across short surface ages.
Maximum bubble pressure measurements characterize dynamic surface tension as a function of surface age and provide access to rapidly evolving adsorption processes.
The BPA platform covers compact stand-alone measurements as well as advanced laboratory investigations at very short adsorption times.
BPA-2S
Bubble Pressure Tensiometer
High-end bubble pressure tensiometer for dynamic surface tension measurements over an exceptionally broad adsorption-time range.
Explore BPA-2S
BPA-2P
Bubble Pressure Tensiometer
Compact stand-alone instrument for reliable measurement of dynamic surface tension using the maximum bubble pressure method.
Explore BPA-2PBeyond conventional tensiometry.
Dedicated instruments extend interface characterization toward the mechanical properties of adsorption layers and the behavior of microscopic liquid films.
ISR-1
Interfacial Shear Rheometer
Dedicated instrument for the characterization of interfacial shear viscosity and elasticity using the torsion-pendulum principle.
Explore ISR-1
TFA-2
Thin Film Analyzer
Experimental platform for investigating thin liquid films, film drainage, rupture and stability under controlled conditions.
Explore TFA-2Extend your measurement platform.
Modular extensions adapt SINTERFACE instruments to specialized experimental requirements while retaining the core measurement platform.
Available configurations cover interfacial rheology, pressure analysis, interface interactions, optical access, wetting and automated dosing.
ODBA-1M
Oscillating drop and bubble analysis for high-frequency interfacial rheology measurements.
PAT-1M
DPA-1M
Capillary-pressure measurements for advanced characterization of liquid interfaces.
PAT-1M
DBMM-1M
Experimental module for controlled drop, bubble and interface interaction studies.
PAT-1M
SOA
Additional optical access for advanced observation and specialized experimental configurations.
PAT Platform
CCS-1M
Specialized capillary configuration for controlled drop and bubble experiments.
PAT-1M
CA-1M
Dedicated configuration for contact-angle and wetting measurements with the PAT-1M platform.
PAT-1M
CA-1P
Contact-angle extension for compact PAT measurement configurations.
PAT-1P
Accessories & Consumables
Essential components for reliable measurements.
Capillaries, syringes and measurement accessories for SINTERFACE instrumentation and laboratory workflows.
Start with your measurement requirements.
Compare measurement principles and identify the instrument suited to your application.
Find an instrumentConfigure your measurement platform.
Select compatible modules, dosing options and experimental extensions.