Anton Paar GmbH
Anton Paar develops, produces and distributes highly accurate laboratory instruments as well as process measuring systems and provides custom-tailored automation and robotics solutions worldwide. That’s the first thing to know.
- +1 804 5501051
- info.us@anton-paar.com
- 10215 Timber Ridge Drive
Ashland, VA 23005-8135
United States of America
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Process Systems And Integration
For 50 years, Anton Paar has been pushing the limits in process sensor technologies, providing superior products in the fields of density, viscosity, O2, CO2, and refractive index measurement for a wide range of industries, including the beverage, chemical and petroleum industries. Now Anton Paar extends its product portfolio by offering complete process engineering solutions.
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XRD
Anton Paar’s precise and flexible XRD solutions combine the best possible data quality with unrivalled measurement efficiency. Our reliable systems are designed for intuitive use and offer a high degree of automation so every user can benefit from increased sample throughput and maximum instrument uptime. The XRDynamic 500 powder diffractometer features advanced optics, a next-generation goniometer, and state-of-the art detectors with a wide range of applications covered by the extensive ambient and non-ambient sample stage portfolio so you can always find the optimal XRD system for your needs.
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Scratch Tester
Scratch testers from Anton Paar are used to characterize film-substrate systems and to quantify parameters such as adhesive strength and friction force by using a variety of complementary methods. This makes scratch testers invaluable tools for the determination of coating adhesion, scratch resistance, and mar resistance in research, development, and quality control.
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Beverage Analysis
Analyze multiple quality control parameters of your beverages in parallel, within 3 to 5 minutes only. See all parameters on a bright, easily customized 10.4’’ touchscreen display. Anton Paar’s modular beverage analysis solutions are quickly adapted to your needs in a Plug and Play fashion. In any case, the sample filling and measurement process is completely transparent and traceable.
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Flash Point
At which temperatures will your sample burn, ignite, or cause fire? How are your flammable liquids composed, and what are their properties? Volatility is directly related to a substance‘s flash point temperature (flammability). Anton Paar’s flash point testing equipment safely and easily determines the values you require for the processing, storage, transportation, and classification of dangerous liquids.
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Thermal Analysis
The TORC (Thermo-optical Oscillating Refraction Characterization) technique applies decades of know-how in optical instrumentation to thermal analysis in a novel and unique way. The technique requires minimal sample preparation at maximal tolerance for sample properties. You can determine the coefficient of thermal expansion, glass and phase transitions as well as polymerization for various samples: liquids, gels, pastes, and certain solids. For example: cured and uncured resins, adhesives, glues, etc. can easily be characterized. Both thermal and time-dependent processes can be monitored with minimal effort.
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Turbidity Meter
Anton Paar turbidity meters are indispensable plug-and-play modules that are easily integrated into Anton Paar’s multi-parameter laboratory measurement systems. These add reliable turbidity analysis to a variety of monitored parameters. Covering a wide temperature range from -5 °C to 40 °C and featuring a built-in, solid-state Peltier thermostat for independent operation, these meters will bring crystal-clear clarity to your cloudy media.
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Instrumented Indentation Tester
With Anton Paar’s versatile indentation testers you can precisely determine the mechanical properties of thin films, coatings, or substrates such as hardness and elastic modulus. The instruments handle almost any type of material, whether soft, hard, brittle, or ductile. You can also conduct creep, fatigue, and stress-strain studies on surfaces in the nanometer range.
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Density Meter
Count on solutions from the source – Anton Paar has always been at the forefront of innovation in laboratory density and concentration measurement ever since we introduced the world’s first digital density meter. Today we offer a whole series of density meters, covering most requirements in various industries and R&D – from instruments with three-digit accuracy to the world’s most precise six-digit density meter, from handhelds to benchtop instruments. Anton Paar offers the right instrument for every application requirement – choose the density meter that best fits your needs.
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Microwave Synthesis & Synthetic Chemistry
All of Anton Paar’s powerful synthesis reactors – the Monowave series and Multiwave 5000 SOLV – deliver outstanding performance. From smallest quantities to gram-scale library generation and kilogram batch processing, you can be sure to find the right solution for your synthesis application. Whichever choice you make for your laboratory, the systems’ intuitive software always guarantees precise control of your reaction parameters.
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Sample Changer
Anton Paar’s Xsample series offers you more automation options than you will find anywhere else. The many different Xsample sample changers can be combined with a great variety of Anton Paar density meters, viscometers, refractometers, and beverage analysis systems to provide the exact automation workflow you need.
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Solid Density Analyzers
The solid density analyzers from Anton Paar are tried and tested solutions. The Autotap and Dual Autotap tapped density analyzers conform to a wide range of international standards for the determination of bulk density. The Ultrapyc automatic gas pycnometers are ultra-simple to use and provide ultra-precise skeletal density or true density measurements of your solid materials. The Micro Rotary Riffler ensures representative sampling of the samples typically used for particle size, mercury intrusion, and gas sorption experiments from the larger amounts delivered to your lab.
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Rheometers
The MCR rheometer series from the market leader offers you one thing first and foremost: an open range of possibilities. Whatever your rheological requirements are and will be in the future – based on its modular setup, your MCR rheometer is efficiently and comfortably adapted and extended to meet your needs, from routine quality control to high-end R&D applications. An investment in an MCR rheometer is always a safe investment in longstanding technology: The air-bearing-supported EC motor, for example, was developed by Anton Paar and has been used in all MCR models for over 25 years to ensure accuracy across a vast viscosity range. It makes it possible to measure liquids with a viscosity even lower than water and also characterize stiff materials like polymer composites or steel by DMA – and everything in-between.
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Particle Size Analyzers
Particle systems can be complex, but measuring them doesn’t have to be! Anton Paar offers two different technologies to characterize particles from the nanometer to the millimeter range. The Litesizer series employs light-scattering technology to determine not only particle size, but also zeta potential, transmittance, molecular mass, and the refractive index of nano- and microparticles in liquid dispersions. The PSA series uses laser diffraction technology to measure the size of particles in both liquid dispersions and dry powders in the micro and millimeter range. Side by side they open up a wide range of possibilities for comprehensive particle characterization.
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X-ray sources / X-ray optics
X-ray sources are the heart of every X-ray analytical instrument. In combination with advanced X-ray optics, they generate the required X-ray radiation for structure analysis in various fields of material and life sciences. X-ray sources must offer perfect thermal constancy for excellent position stability of the X-ray beam as well as high intensity, even at low power levels. The design has to guarantee easy integration into advanced X-ray equipment paired with straightforward operation to keep uptimes high and to guarantee maximum radiation safety for operators and equipment.
