Revolutionary FT-NIR Process Spectrometry
Introducing the MATRIX-F II, a cutting-edge Fourier Transform Near Infrared (FT-NIR) spectrometer, specifically tailored for rigorous industrial process monitoring. With its versatile fiber optic probe, the MATRIX-F II allows for both contact and non-contact analyses. Its unique design lets it operate remotely, meters away from each measurement point, streamlining process efficiency. Integration is seamless with comprehensive support for standard industry communication protocols. Additionally, the optional in-built PC transforms the MATRIX-F II into a self-sufficient standalone analyzer.
Uniquely, MATRIX-F stands out as the singular FT-NIR spectrometer capable of assessing both liquids and solids through transmission and reflection using advanced light fiber technology.
From classic diffuse reflectance to transflectance and transmission, our fiber optic probes cater to varied needs. They come in diverse path lengths and can be complemented with process flow cells or assemblies tailored for pilot plants. Opt for materials that best suit your needs, be it stainless steel or the more resilient hastelloy.
Our state-of-the-art fiber optic NIR illumination and detection heads permit non-invasive measurements. Using tungsten sources to illuminate samples, they capture scattered light and relay it to the MATRIX-F spectrometer. Impressively, a single MATRIX-F can accommodate up to six of these heads.
Elevating spectrometry, the proprietary RockSolidTM interferometer brings a game-changing design, outperforming standard interferometers by over 20% in throughput. Its dual retro reflection cube corner mirrors and pivot mechanism, positioned at the center of mass, ensure unmatched stability, even in the most demanding environments. This innovative design essentially eradicates mirror tilt and mechanically prevents mirror shear.
Bruker offers an array of pre-configured calibration packages spanning sectors like food, pharma, chemicals, petrochemicals, paper, and polymers. These packages assure reproducible and fully transferable quantification and identification across all BRUKER instruments.
A comprehensive range of probes for NIR measurements, tailored to fit precise requirements.
Near Infrared (NIR) sensor heads that contains several tungsten sources to illuminate the sample. The scattered light is collected and guided through a fiber optic cable to the spectrometer. This way, a contactless measurement can be performed remotely, opening a whole array of new applications.
Software-controlled heating devices.