Recommended Results

Beverage Analysis

Complete solutions based on decades of experience

The world’s best beverage analysis systems from Anton Paar stand out for their modularity and flexibility. Quality parameters are measured directly out of the bottle or can, without time-consuming sample preparation. The beverage analysis systems are more reliable and quicker than previous analysis systems on the market. Beverage analysis – easy, quick, modular.

Top beverage analysis systems from Anton Paar: Determination of quality parameters such as original extract, alcohol, extract, CO2, O2, °Brix, degree of inversion and pH value, etc are important for quality control in breweries and soft drink bottling plants. Beverage analysis is not always straightforward but always essential: If the dissolved oxygen content in beverages is too high this results in oxidation products which have a negative impact on the taste and shelf life of the beverage. Sugar inversion makes the measurement of beverage samples made with sugar from sugar beet or sugar cane more difficult, to mention just a few examples.Beverage analysis systems from Anton Paar meet all these requirements using state-of-the-art measuring systems.

The benefits of beverage analysis systems speak for themselves:

  • Excellent measurement results in the shortest time
  • All required parameters on a bright 10.4" touchscreen with customizable display layout
  • No sample preparation
  • Measurement directly from the bottle or can
  • Modular and versatile due to Plug and Play technologies
  • Convenient, easy and safe handling

Call us for more information on our new products for your beverage analysis!

Beverage analysis systems from Anton Paar: Quicker and more reliable than previous routine analysis systems.

PBA-S and PBA-SI: An Overview

PBA-S (Packaged Beverage Analyzer for Soft Drinks) and PBA-SI (Packaged Beverage Analyzer for Soft Drinks/Inversion) are measuring systems for the analysis of soft drinks directly out of glass bottles, PET bottles or cans. The main measuring results are the sugar content (°Brix) and the dissolved CO2 content (g/L or vol.) of the samples. While PBA-S can be used for samples without sugar inversion, PBA-SI can also analyze samples with sugar inversion.




PBA-S combines three Anton Paar instruments:

The DMA 4100/4500/5000 M Density/Specific Gravity/Concentration Meter (master instrument): This instrument measures the density using the oscillating U-tube technology. It also controls the measuring procedure, handles data collection and data processing and provides the user interface and data interfaces.The CarboQC ME Beverage Carbonation Measuring Module: This instrument selectively measures the concentration of dissolved CO2 using the multiple volume expansion method (patents AT 409673, GB 237 3584, US 6,874,351).The PFD Filling Device: The PFD Filling Device enables the clean and safe filling of the PBA-S measuring cells from glass bottles, PET bottles or cans.


The main application of PBA-S is the precise determination of °Brix and CO2 in non-alcoholic beverages. Additionally, the concentration of dissolved air (sum of N2 and O2), package pressure, and the sample temperature are measured.
The sample is taken directly out of beverage packages and measured under pressure to prevent the loss of CO2. PBA-S simultaneously measures the density and the CO2 concentration and converts the density automatically into the °Brix value.There is no need to degas the sample prior to the measurement because the influence of the dissolved CO2 on the density reading is compensated automatically.




In PBA-SI, a Soft Drink Analyzer M/P instead of the DMA M density meter is used as the master instrument. The Soft Drink Analyzer M/P combines a high-precision density measuring cell with a sound velocity measuring cell in one instrument.
Using the density and the sound velocity of the sample, the current °Brix and inversion status of the sample can be fully characterized. PBA-SI calculates the °Brix of the fresh sample, the °Brix of the fully inverted sample and the current degree of inversion at the time of the measurement.The influence of dissolved CO2 on the density and the sound velocity are corrected automatically.



Optional measuring modules

CarboQC ME can be delivered with an additional optical O2 sensor for the determination of dissolved oxygen in the beverage sample. For retrofitting an O2 sensor into existing CarboQC ME modules, contact your Anton Paar distributor. The pH ME measuring module can also be added to the PBA-S/PBA-SI.