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Product Overview 2025

Product Overview 2025
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Product Overview 2025

Product catalog summary
Introduction
This document provides an overview of KRÜSS's advancements in surface science, focusing on dewetting phenomena and the development of the Stood-up Drop for material analysis. It highlights the importance of understanding surface properties for quality control and material research.
ADVANCE Software
ADVANCE is a user-friendly software designed to enhance the performance of KRÜSS instruments. It simplifies the workflow from measurement planning to data analysis, offering automation and intuitive operability. The software supports remote operation via a WebApp and API, facilitating integration with Industry 4.0 systems.
Drop Shape Analysis
The document details various methods for drop shape analysis, including sessile drop, pendant drop, and 3D contact angle measurements. These methods are crucial for assessing wettability, surface free energy, and adhesion properties of materials.
3D Contact Angle – Ayríís®
Ayríís is a mobile instrument for quick and reliable quality control of wettability. It measures the 3D contact angle of water with high precision and provides automatic validation against preset quality limits.
Mobile Surface Analyzer – MSA
The MSA is designed for measuring surface free energy with high efficiency. It supports quality assurance in pretreatment and coating processes, offering automated measurements with the "One-Click SFE" method.
Tensiometry and Foam Analysis
The document also covers tensiometry and foam analysis methods, including bubble pressure and spinning drop tensiometers, as well as dynamic foam analyzers. These tools are essential for understanding interfacial tension and foam behavior.
Conclusion
KRÜSS provides a comprehensive range of instruments and software solutions for surface analysis, enabling precise and efficient quality control and material research.
Specifications and Configurations
The document provides a comprehensive overview of various configurations of the Drop Shape Analyzer (DSA) systems, which are used for analyzing wetting, coating, and adhesion processes on solid surfaces. These systems are designed to measure contact angles, surface free energy, and interfacial tension under various conditions.
Key Features
All configurations measure the contact angle between a liquid and a solid, which is crucial for understanding wetting behavior. Surface Free Energy (SFE) is calculated from contact angles of multiple test liquids, providing insights into surface properties. Interfacial Tension is measured using the pendant drop method, applicable for both liquid-liquid and liquid-gas interfaces. Some models offer measurements under controlled temperature and humidity, ranging from -30 to 400°C. Equipped with high-resolution cameras capable of capturing up to 3450 frames per second, ensuring precise measurements.
Applications
Applications include surface treatment characterization, coating and adhesion analysis, quality control, micro and nano scale analysis, and high-pressure applications.
Conclusion
The Drop Shape Analyzer systems offer versatile and precise solutions for a wide range of applications in wetting and surface analysis. Their modular design allows customization to meet specific industrial and research needs, making them valuable tools in quality control and material development.
Specifications and Instruments
The document provides a comprehensive overview of various instruments and methodologies used for analyzing the wettability and surface interactions of liquids on solid surfaces. It covers applications in microelectronics, hair care product development, and microfluidics, among others.
Measuring Methods
Contact Angle Measurement utilizes static, advancing, and receding angles to determine surface free energy and wettability. Interfacial Rheology analyzes drops to measure interfacial rheological properties, providing insights into the mechanical stability of foams and emulsions. Micro-Drop Analysis allows for the dosing and analysis of microscopically small droplets on tiny surfaces, enhancing precision in wettability studies.
Dosing Technologies
Dosing Hub integrates multiple dosing units for automated sample analyses, enabling rapid and precise contact angle and surface free energy measurements. Liquid Needle Technology offers a revolutionary approach to dosing, creating a thin jet of liquid that minimizes dynamic influence on contact angle measurements. Stood-up Drop Method facilitates rapid dewetting measurements, providing valuable data for quality control processes.
Conclusion
The document highlights the advanced capabilities of various drop shape analyzers and dosing technologies, emphasizing their applications in diverse fields such as material quality control and surface treatment validation. The integration of innovative methods like the Liquid Needle and Stood-up Drop enhances the precision and efficiency of wettability and surface interaction studies.
Dosing Systems
The document provides detailed information on various dosing systems, temperature control equipment, and tensiometry methods used for analyzing surface tension, contact angles, and other related parameters in different substances and conditions.
Temperature Control Equipment
Includes TC21, TC11, TC30, TC40, and TC3213, each designed for specific temperature ranges and sample types, ensuring precise control during measurements.
Tensiometry Methods
Includes Wilhelmy Contact Angle, Bubble Pressure Tensiometer, and Spinning Drop Tensiometer, each offering unique capabilities for measuring surface and interfacial tension.
Standards
The document references standards such as IEC 62961 and ASTM D971 for aging checks of transformer oils using interfacial tension measurements.
Young-Laplace and Tensiometry
The document discusses the Young-Laplace equation's application in long-term surfactant dynamics and temperature-dependent analyses. The Spinning Drop Tensiometer (SDT) is highlighted for its accuracy in measuring interfacial tension across a wide range, making it suitable for emulsions and surfactants in industries like oil recovery and pharmaceuticals.
Force Tensiometer – Tensíío®
This section outlines the applications of the Force Tensiometer in determining surfactant effectiveness, wetting behavior, and adhesion properties. It supports various measuring methods, including the ring, plate, and rod methods, and offers temperature control between -15 and 135 °C.
Micro Dispenser for CMC Measurements
The document describes the Micro Dispensers DS1110 and DS1120, which are used for precise critical micelle concentration (CMC) measurements.
Temperature Control Units
The TJ1150 Peltier temperature control unit provides precise temperature management between -15 and 140 °C, suitable for maintaining thermal stability during measurements.
Force Tensiometer – K20 and K6
The K20 is a semi-automatic instrument for measuring surface and interfacial tension using the ring and plate methods, suitable for routine quality assurance. The K6 is a manual tensiometer for basic measurements and educational purposes.
Foam Analysis
The document details various foam analysis methods, including foam height, foamability, and foam stability measurements. The Dynamic Foam Analyzer (DFA100) measures foamability and stability, with optional modules for analyzing foam structure and liquid content.
Conclusion
The document provides detailed specifications and applications for tensiometers and foam analyzers, emphasizing their importance in quality control and research across various industries. The instruments offer precise measurements and customizable options to meet specific analytical needs.
Overview
The document provides detailed information about an instrument designed for analyzing the structure of liquid foams under high pressure, particularly useful in Enhanced Oil Recovery (EOR) and hydraulic fracturing processes. It includes specifications, services, and training options offered by KRÜSS, a leader in surface science instrumentation.
Technical Services
KRÜSS offers comprehensive technical services to ensure the longevity and reliability of their instruments. Services include setup and installation, training, maintenance and repair, upgrades, instrument rental, and qualification.
Measurement Services
KRÜSS supports clients with application services, offering analyses at their labs or on-site visits. They provide application measurements, lab consultancy visits, and dedicated lab days to help clients optimize their use of KRÜSS instruments.
Training and Seminars
KRÜSS offers a variety of educational opportunities, including webinars, seminars, and training courses. These cover topics such as surface tension, contact angle measurement, and foam analysis, providing both theoretical knowledge and practical skills.
About KRÜSS
KRÜSS is committed to advancing surface science, providing high-quality instruments and scientific consulting. They are a global leader in surface and interfacial tension measurement, with headquarters in Germany and additional locations in the USA and China. KRÜSS is ISO 9001:2015 certified, ensuring quality and reliability in their products and services.
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Catalog excerpts

Product Overview 2025-1

All Eyes on Surface Excellence 2025 Drop Shape | Tensiometry | Foam Analysis

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Product Overview 2025-2

„ Research is to see what everybody else has seen, and to think what nobody else has thought. Albert Szent-Gyorgyi (1893-1986), Biochemist and Nobel laureate All Eyes on Surface Excellence Sometimes the most obvious things need time to take shape in the mind. An example is dewetting – the opposite of wetting – which has been in front of the eyes of surface scientists for decades but has hardly been recognized as an important feature in materials research and in quality control. Since we at KRÜSS invented the Stood-up Drop, it is becoming increasingly clear with how many surface properties and...

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Product Overview 2025-3

10 Method Overview | Drop Shape 11 3D Contact Angle - Ayriis® 13 Mobile Surface Analyzer - MSA One-Click SFE 15 Mobile Surface Analyzer - MSA Flexible Liquid 17 Drop Shape Analyzer - DSA100 19 Drop Shape Analyzer - DSA100L 21 Drop Shape Analyzer - DSA100W 23 Drop Shape Analyzer - DSA100M 25 Drop Shape Analyzer - DSA100HP 27 Drop Shape Analyzer - DSA30 29 Drop Shape Analyzer - DSA30R 31 Drop Shape Analyzer - DSA30M 33 Drop Shape Analyzer - DSA30M Flexible Liquid 35 Drop Shape Analyzer - DSA25 51 Temperature Control Equipment 56 Method Overview | Tensiometry 57 Bubble Pressure Tensiometer - BPT...

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Product Overview 2025-4

ADVANCE Software The software that brings your instrument to life ADVANCE is our solution-focused software which maximizes the performance and versatility of our instruments. It is designed to go the shortest way from planning measurements to obtaining reliable data and analyzing them. As a user of ADVANCE, you especially benefit from its outstanding and growing functionality as well as new standards in intuitive operability. By clearly organizing the context-relevant functions in tiles and avoiding menus and pop-ups, ADVANCE eliminates unnecessary clicks and time-consuming searches for hidden...

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Product Overview 2025-5

ADVANCE l«>1l< The ADVANCE principle The operating concept of ADVANCE follows a universal workflow from preparation to evaluation on which every scientific measurement is based in principle. The software mirrors this workflow organically, thus making operation intuitive. ADVANCE is designed to follow the idea that, however complex a scientific task may be, the tools to solve them should be as easy to use as possible. To master complexity, automation programs can be created using a versatile step-by-step logic with diverse possibilities to group or cycle the steps. To keep ease of use, this logic...

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Product Overview 2025-6

Driving automation further: ADVANCE WebApp and API In quality control, even the most radically simplified workflow of a scientific measurement may still be too complex. This is why we have created the ADVANCE WebApp that reduces operation to setting a sample name and clicking a button. From the browser of any computer, ADVANCE carries out the measurement remotely using a prepared template and responds with a clear passed or failed message for the quality check. With the highly flexible module for custom data field, you can make ADVANCE compatible to your established QC routine. Combined with...

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Product Overview 2025-7

An insight for different instruments The solutions ADVANCE offers are as diverse as the challenges of our customers. ADVANCE works perfectly with a wide range of our instruments to ensure the best user experience, whatever the application. See for yourself. Measure surface free energy (SFE) with just one click: With our Liquid Needle dosing unit, ADVANCE displays and analyzes two dispensed drops in parallel. When controlling a fully automated measurement an SFE determination is carried out within a second. ADVANCE goes beyond collecting raw data and presenting results. Powerful evaluation tools...

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Product Overview 2025-8

Measuring adhesion with the Drop Pull-off method: Our Tensíío uses an integrated camera to combine force measurement and drop shape analysis including contact angle results. The data in the force/distance measurement curve is synchronized with the video image to make the coursy of the measurement absolutely transparent. Analyze several aspects of foam behavior in one measurement: With our Dynamic Foam Analyzer – DFA100, ADVANCE makes it possible to simultaneously measure the amount of foam, its liquid content, and its bubble structure with respect to time. Here, the foam structure is analyzed...

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Product Overview 2025-10

Drop Shape Method Overview | Drop Shape An astonishing fact about surface science is how many problems can be solved with a drop of liquid. Lying on a coated or pretreated sample, it tells you everything about its wettability. A drop at a tip of a needle can give you an exact result of the surface or interfacial tension. If it rolls off at slight inclination, the surface has good self-cleaning properties. To make drops hand over all this information, our instruments for drop shape analysis provide you with a wide range of methods for dispensing drops, capturing them in video images, and evaluating...

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Product Overview 2025-11

Drop Shape 3D Contact Angle - Ayriis® Tasks and applications ■ Quality assurance of cleaning steps as well as pretreatment and coating processes ■ Determination of the wettability of solid materials before coating or bonding ■ Testing the effectiveness of hydrophobic coatings ■ Mobile measurement on large workpieces and finished products such as automobile parts ■ 3D Contact Angle of water within seconds ■ Clear result validation using custom-defined quality limits ■ Easy definition and selection of sample types

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Product Overview 2025-12

Surface QC has never been so easy and reliable Getting rid of any user intervention and result interpretation whatsoever, our Ayriis uses groundbreaking technology for perfectly reliable QC checks of wettability. With just one click and in seconds, the 3D Contact Angle of water is measured and auto-validated with a simple passed/failed message using preset quality limits. The highly advanced 3D drop projection technique of Ayriis provides for automatic self-checking of consistency and plausibility of each result. As a mobile, stand-alone instrument with easy-to-exchange rechargeable batteries...

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All KRÜSS GmbH catalogs and technical brochures

  1. Tensíío

    2  Pages

  2. Ayríís

    2  Pages

  3. DSA100, DSA30

    4  Pages

  4. DSA100

    3  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.