Pioneering Interface Science Innovation
For over two decades, we've been at the forefront of developing sophisticated scientific instruments that enable researchers and industry professionals to understand and characterize interfacial phenomena with unprecedented precision.
Our Solutions
Advanced Scientific Instruments
Explore our comprehensive range of precision instruments designed for interface science research and industrial applications.
TRACKER™ Tensiometer
The Most Powerful and Versatile Optical Drop Tensiometer & Interfacial Rheometer to study surfaces and interfaces.
Key Features
- Drop shape analysis (DSA)
- Real-time measurements
- Temperature control up to 200°C
FOAMSCAN™ Foam Analyzer
The most accurate Foam analyzer to characterize Liquid foams properties and test defoamers effectiveness.
Key Features
- Foam height tracking
- Bubble size distribution
- Liquid content measurement
BubbleStatistics™ Software
Foam structure statistical analysis software to measure bubbles size and distribution.
Key Features
- Oscillatory measurements
- Frequency sweep capability
- Temperature control
FoamScan™ High Temperature Mid Pressure (HTMP)
Optical drop Tensiometer and Interfacial rheometer for high temperature and pressure measurements.
Key Features
- Compact design
- Battery operation
- Wireless connectivity
Tracker™ High Temperature Pressure (HTHP)
Foam analyzer for high-temperature and mid-pressure measurements.
Key Features
- Temperature range: -10°C to 200°C
- ±0.1°C accuracy
- Rapid heating/cooling
Applications
Serving Diverse Industries
Our instruments are trusted by leading organizations across multiple sectors for their precision, reliability, and innovation.
Food & Beverages
Quality control and formulation optimization for emulsions, foams, and surface-active ingredients in food production.
Life Sciences & Pharmaceuticals
Biocompatibility testing, drug delivery systems, and biological interface characterization for pharmaceutical development.
Oil & Gas
Enhanced oil recovery, surfactant evaluation, and pipeline flow optimization studies for energy sector applications.
Daily Chemicals & Cosmetics
Formulation optimization, encapsulation technology, and sustainable chemistry for consumer product development.
Trusted Worldwide
Leading Research Institutions Choose Teclis
Our instruments are used by top universities, research centers, and industrial laboratories globally.
Frequently Asked Questions
Common Questions
Find answers to common questions about our products and services.
What is surface tension and why is it important?
Surface tension is the elastic tendency of a fluid surface to acquire the least surface area possible. It's crucial in industries like pharmaceuticals, cosmetics, food & beverages, and oil & gas for understanding how liquids behave at interfaces and optimizing formulations.
What types of measurements can TRACKER™ tensiometer perform?
The TRACKER™ tensiometer measures surface tension, interfacial tension, contact angles, interfacial rheology, and adsorption kinetics. It can operate at temperatures up to 200°C and analyze both pendant and sessile drops.
How does FOAMSCAN™ analyze foam properties?
FOAMSCAN™ combines image analysis and conductivity techniques to measure foam height, liquid content, bubble size distribution, foam stability, and drainage. It provides 100% software-controlled, reproducible foam characterization.
Do you offer on-site demonstrations and training?
Yes, we provide on-site demonstrations and comprehensive training for all our instruments. Our technical team can visit your facility to demonstrate capabilities and train your staff on operation and analysis.
What support do you provide after purchase?
We offer comprehensive support including installation, training, technical assistance, software updates, and maintenance services. Extended warranty options and laboratory services are also available.
Can you develop custom solutions for specific applications?
Yes, we work closely with customers to develop custom solutions. Our engineering team can modify existing instruments or create specialized configurations for unique research requirements and industrial applications.