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Bruker® FT-NIR Analyzers and Spectrometers

Implementing proper analysis of your dairy products is a vital step in maximizing your laboratory efficiency and overall productivity.  Analysis can be used to determine the identity and quality of raw materials throughout your laboratory to help optimize usage, as well as tighten targets and prevent out-of-spec products.

Bruker Optics FT-NIR analyzers for quality control in the lab and production facilities are easy to use, reliable, and cost-effective final product verification. Since they are all based on the same FT-NIR platform, you can choose the right analyzer for the job without compromising on precision and accuracy, ensuring data integrity today and into the future.


MPA II Dairy Analyzer

 

 

 

 

 

 

 

 

 

 

Utilizing the software controlled Liquid Sampling Module (LSM II), you are able to analyze both liquid and solid samples of your dairy products for quality control and analysis. Make informed decisions in a safer, more efficient way with continuous monitoring of your samples and this unit.

 

Sample Types

  • Raw, skim, processed, and condensed milk
  • Whey, UF whey, and whey concentrate
  • Cream
  • Whey protein and lactose concentrate
  • Flavored milk
  • Liquid desserts
  • Infant formula liquids and premises

Benefits

  • Analyzes 20x larger raw milk sample volume compared to FT-IR analyzers
  • A unique homogenizer efficiency check informs you if the homogenizer valve needs maintenance
  • Easy pumping of viscous samples like concentrates
  • Full software control with configurable sampling volumes and automated cleaning cycles

Analyze and interpret your sample data using an intuitive and easy-to-operate device. The proven FT-NIR technology that collects and analyzes your raw data is compiled into an easy-to-read and understand touchscreen display for quick analysis that helps you streamline your decision-making process.

 

Sample Types

  • Cream and sour cream
  • Yogurt and desserts
  • Milk and whey powders
  • Lactose and whey protein concentrate
  • Hard and soft cheese
  • Butter

Benefits

  • Easy-to-use touch screen
  • Small footprint
  • Robust, precise optics
  • Direct calibration transfer to and from all existing Bruker Optics

 

Tango FT-NIR Spectrometer

Analyze and interpret your sample data using an intuitive and easy-to-operate device. The proven FT-NIR technology that collects and analyzes your raw data is compiled into an easy-to-read and understand touchscreen display for quick analysis that helps you streamline your decision-making process.

 

Sample Types

  • Cream and sour cream
  • Yogurt and desserts
  • Milk and whey powders
  • Lactose and whey protein concentrate
  • Hard and soft cheese
  • Butter

Benefits

  • Easy-to-use touch screen
  • Small footprint
  • Robust, precise optics
  • Direct calibration transfer to and from all existing Bruker Optics

 

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Webinar: FT-IR and FT-NIR Technology

Improving process control and optimizing your product yield is vital to business success. From raw milk to powders and finished dairy products, Bruker FT-NIR offers a full range of solutions to streamline this process. Learn more about FT-NIR technology and what it can offer.

Watch on-demand


MATRIX-F FT-NIR Spectrometer

 

Using light fiber technology, this spectrometer can measure difficult-to-reach measurement points, be placed further away from your process, and still deliver accurate results. Utilizing real-time, online FT-NIR analysis coupled with the innovation of light fiber, maximize your process monitoring without compromising accuracy or efficiency. Easily integrate this unit into your process by fully supporting industry-standard communication protocols.

To learn more about the MATRIX-F or to place an order, contact our Laboratory product specialists >

Sample Types

  • Raw, skim, processed, and condensed milk
  • Whey, UF whey, and whey concentrate
  • Flavored milk
  • Liquid desserts
  • Infant formula liquids and premixes

Benefits

  • Accurate in-line results in seconds
  • Multiple components per measurement
  • Non-destructive analysis
  • Optional built-in 6-port multiplexer
  • Direct method transfer