FT-NIR
FT-NIR spectroscopy is widely used for quality control in industries like pharmaceuticals, food, agriculture, and chemicals. It offers a fast, non-destructive alternative to time-consuming wet chemical methods and chromatography. With no need for sample preparation or hazardous chemicals, FT-NIR provides quick and reliable qualitative and quantitative analysis. It is ideal for raw material identification and accurate multi-component analysis, with online capabilities for process monitoring.
Bruker's FT-NIR line includes TANGO and MPA III for lab and at-line use, and MATRIX-F II and BEAM for process control.
Introducing TANGO: your go-to solution for fast and easy FT-NIR spectroscopy. Built for industrial use, TANGO delivers robustness, precision, and straightforward operation. Its intuitive interface guides users seamlessly through workflows, ensuring even untrained staff can operate it securely and error-free.
MPA III: The FT-NIR Multi Purpose Analyzer
MPA III is a powerful tool for developing sophisticated calibration methods for your laboratory or process needs, yet an easy to use QA/QC instrument for routine work. With its modular technology, it can be configured individually for each analytical task.
Process Monitoring with Vibrational Spectroscopy
Discover the power of Bruker's process spectrometers: FT-IR, FT-NIR, and Raman solutions designed for industrial environments. Utilizing fiber-coupled probes, they analyze samples and processes without delay, ideal for various applications including chemical, petrochemical, polymers, food and feed, bioprocessing, and pharmaceuticals. Bruker's process spectrometers are known for their robustness, long-term stability, and ease of maintenance.
The BEAM is a compact single-point FT-NIR analyzer for solid materials, easily installable on pipelines, hoppers, or conveyor belts. The MATRIX-F II process FT-NIR spectrometer, equipped with an internal multiplexer, connects up to 6 fiber-coupled measuring accessories using standard SMA connectors, accommodating a wide range of process conditions.