Multiparameter Measurement System:
Packaged Soft Drink Measurement System

Name: Multiparameter Measurement System: Packaged Soft Drink Measurement System Configuration 1
Brand: Anton Paar

Model:

Simultaneous determination of °Brix and CO₂ content
Results more than 6x quicker than with conventional methods
Modular setup: 10+ industry-specific parameters
Analysis of the finished package: zero operator influence
DMA 4501, CarboQC ME with Option O₂ Plus, pH 3201, PFD Plus

Packaged Soft Drink Measurement System Contact

Key features
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Get results for °Brix and CO₂ content in three minutes and for % Diet in six minutes. This is up to 6x faster than conventional methods. The Packaged Soft Drink Measurement System combines up to four instruments to determine all quality parameters for regular, mid-calorie, and diet soft drinks as well as (diet) energy drinks and carbonated bottled water in one go. There is zero preparation or intermittent cleaning required, which saves you up to two hours a day. This fast quality control for soft drinks helps you optimize your blending process, ensures ideal carbonation levels, and guarantees confidence in the final bottled product.

Key features

All quality control tests for soft drinks in one go

Determine % Diet, °Brix, and CO₂ concentration with a single system in a single measuring cycle
Analyze your entire soft drink portfolio, including regular, mid-calorie, and diet soft drinks, energy drinks, and carbonated water
Reduce reference analysis for diet products to an absolute minimum to free up lab capacities
Safeguard final product quality and eliminate out-of-spec production

Speed up soft drink quality control by 600 %

Parallel analysis of all parameters in only three to six minutes (depending on system configuration) – more than 6x faster than conventional methods
Automatic pressurized filling directly from glass bottles, PET bottles, and cans. There is zero operator influence
No degassing required: Save up to seven minutes per sample for degassing and filtration. Additionally, benefit from automatic CO₂ correction of all measurement results
Software-guided adjustment procedure lets anyone manage quality control of diet products – no special training required

Set up your individual measurement system

In its basic version, the Packaged Soft Drink Measurement System determines the three most important soft drink parameters: °Brix, CO₂ concentration, and density
For determination of % Diet, the system is simply configured with a different controlling instrument
Precisely monitor your sugar inversion process by incorporating DMA 5001 Sound Velocity into your measurement system
To perfect your analysis, upgrade your basic system with modular extensions for measurement of dissolved O₂ and pH
Increase system efficiency and confidence in your final product quality with every module added

Determine the true amount of dissolved CO₂ in soft drinks

Unique selective CO₂ measuring method delivers repeatability of 0.005 vol.
No influence by other dissolved gases such as air or nitrogen
Automatic filling error detection for the density and CO₂ measuring cell leaves no chance for errors

Intuitive usability for maximum convenience

Simultaneous operation of all connected measuring modules through a single user interface
Minimal training: Built-in wizards guide operators through measuring and adjustment steps
Wide range of preconfigured output quantities
Adaptable user interface for maximum operator convenience
Centralized data management via AP Connect lab execution software
Automated adjustment of inline sensors via Davis 5 software – no need for manual operator interaction

Soft drink quality control including TPO analysis

Additional configuration for all types of regular carbonated non-alcoholic drinks (except diet soft drink)
Only combined solution measuring Total Package Oxygen and more than 10 soft drink industry-specific product release parameters from a single package
Ensure product shelf life and even avoid loss from can corrosion with our selective TPO measurement principle
Effortless cleaning of all instruments with the click of a button
High degree of software automation increases efficiency in final quality control and frees up operator capacities