The BEAM is the first dedicated single-point spectrometer designed to fully harness the capabilities of FT-NIR spectroscopy, offering a significant step forward in in-process control.
Single point analysis with full FT-power
The BEAM is the first dedicated single-point NIR spectrometer built to fully leverage the capabilities of FT-NIR spectroscopy, elevating in-process control to a new standard. It enables real-time, on-site monitoring to help you get the most out of your production, significantly reducing process variability.
Engineered for use with solid and semi-solid materials, the BEAM is easy to install on pipelines, hoppers, or above conveyor belts. Whether you're inspecting incoming goods, managing production processes, or performing final product checks, the BEAM seamlessly integrates into any stage of the production chain across a wide range of industries.
By enhancing control throughout the manufacturing process, it helps minimize fluctuations, meet specifications more consistently, and reduce waste and rework. The result: lower operational costs and a rapid return on investment (ROI).
BEAM - Single Point Analysis with full FT-Power
BEAM - Single Point Analysis with full FT-Power. Video Credit: Bruker Optics
Features
Advanced technology
- Broad spectral range and high resolution: By harnessing the full spectral NIR range unique to FT-NIR systems, the BEAM tackles applications that traditional single-point analyzers often can’t handle. Its high resolution ensures consistently high accuracy, delivering reliable results time after time.
- Precision and long-term stability: Built with high-quality optical components, the BEAM is resistant to vibrations and other environmental factors. Its rugged Rocksolid™ interferometer, featuring Cube Corner mirrors and a wear-free pivot mechanism, delivers exceptional precision and long-term stability.
- Fast and reliable real-time analysis: With a rapid measurement rate of over 250 scans per minute, the BEAM delivers instant results, allowing you to monitor and fine-tune your processes in real time. Its dual-source mode enhances system uptime by automatically switching to a backup source in the event of a failure.
Applications
Food
Controlling the manufacturing process is essential, not just for improving product quality, but also for achieving significant financial benefits. Tighter process control can lead to higher yields and lower energy costs, particularly in energy-intensive operations like spray drying dairy powders or producing cheese. The BEAM also supports a wide range of other applications, including meat, cereals, sugars, chocolate, and sweet or savory snacks.
Feed
By monitoring product composition at key stages of the process, the BEAM helps you maximize the value of your feed ingredients. It can measure critical parameters such as moisture, oil, protein, fiber, and ash, along with more specialized metrics like ADF, NDF, and amino acids, both in raw materials and in finished feed products.
Polymer
FT-NIR is now a well-established tool for real-time monitoring of polymer production processes. Its rich spectral data enables simultaneous, high-precision analysis of multiple components and system parameters such as density, viscosity, degree of cross-linking, stabilizer levels, monomer content, and more.
Pharma
The BEAM supports leaner production by providing deeper process insight and tighter control over manufacturing. It helps reduce waste, improve first-pass quality, and increase overall equipment efficiency. Common use cases include monitoring mixing processes and accurately determining the endpoint of API drying.
Accessories
Mounting options
Tri-Clamp flanges
The BEAM can be easily connected using Tri-Clamp flanges - a robust, secure solution for attaching to pipes and sight glasses. Thanks to its hygienic design, Tri-Clamp is the preferred connection system in the food and pharmaceutical industries.
Image Credit: Bruker Optics
Image Credit: Bruker Optics
Mounting brackets
The BEAM can be installed in any required orientation directly into the process, using a range of versatile mounting brackets to suit your setup.
Image Credit: Bruker Optics
Image Credit: Bruker Optics
Laboratory stand
Develop your methods in the lab for seamless transfer to the production line. The lab stand ensures the correct sample distance for accurate measurements, whether you're using a Petri dish turntable or the included sample holder.
Image Credit: Bruker Optics
Image Credit: Bruker Optics