Benchtop Laboratory Instruments For Beverage Analysis
Anton Paar GmbH produces high-end beverage measuring instruments for industry and research. It is the world leader in the measurement of density, concentration and CO2 and in the field of rheometry.
DMA Generation M | Abbemat RXA
In quality control and research work in numerous industries, knowledge of the density and refractive index is essential for identifying and characterizing samples.
MCR Modular Compact Rheometer Series
The new MCR rheometers are based on a concept at the cutting edge of technology. The EC motor technique, the low friction bearing and the patented normal force sensor have been optimized over years to satisfy the highest demands of rheologists. Any type or combination of rheological tests, both in rotational and oscillatory mode, are possible with the MCR rheometers. The modularity of the system allows the integration of a wide range of temperature devices and application-specific accessories.
DMA 500 Density & Concentration Meter
Density measurement of liquids and gases is a proven method for analysis and quality control in numerous industries. It enables you to reliably determine product-specific parameters and concentrations of binary mixtures.
Modulyzer Density and Refractive Index Measuring
The Modulyzers of the Prime Class are your basic configurations on which all others are built. A DMA 4100 M, DMA 4500 M or the most accurate density meter in the world, DMA 5000 M, is combined with one of the 6 different refractometers from the Abbemat series and equipped with an Xsample filling unit - all Plug and Play. The resulting Prime Class Modulyzer is your versatile partner in the laboratory.
Modular Circular Polarimeter: MCP 200
The MCP 200 series of polarimeters provides accurate measurements of the optical rotation of liquids at an economic price. It utilizes the latest technology to ensure high measuring accuracy with great ease-of-use. The instrument has been designed with the user in mind, its modular concept allows customer-specific configurations and provides the widest range of options for the future. MCP 200 meets all application requirements for the pharmaceutical, cosmetics, food, chemical and medical industries as well as for R&D.
MCP 300 Modular Circular Polarimeter
The MCP 300 modular circular polarimeter uses the latest technology and ensures high measuring accuracy. It is easy to use. The combination of quality, robust design and modern data management at an attractive price makes it the instrument of choice. It is designed for years of laboratory work, even under adverse conditions. Its applications are in industrial quality control, in research and at authorities.
Oxygen Meter OxyQC
The OxyQC oxygen meter accurately determines dissolved oxygen in beverages. The measurement is unaffected by other dissolved gases which makes it indispensable for monitoring of the oxygen content.
MCP 100 Modular Circular Polarimeter
The MCP 100 polarimeter provides proven technology packed into a compact polarimeter which fits into any laboratory. The instrument is extremely easy to operate and also provides maximum comfort and high security. The combination of quality, all important features and modern data management makes MCP 100 the most efficient high precision compact polarimeter on the market.
Powder Cell
The new Powder Cell from Anton Paar for the renowned MCR rheometer series brings the full array of traditional rheological methods to the field of powder. Now it is possible to simulate and determine powder flow under different conditions. This is important in the field of quality control, but also to investigate dry granular flow, especially in the fluidized or near-fluidized state. An MCR rheometer plus Powder Cell is the perfect combination for true rheological investigations of powders in quality control as well as research and development.
Abbemat Heavy Duty Refractometers
Technology leader Anton Paar launches two new high-performance refractometers: Abbemat 450 and 650. The instruments combine extraordinary robustness with high precision up to ±0.00002 nD to measure the refractive index under harsh conditions.