The BEAM is the first compact inline spectrometer that harnesses the full potential of FT-NIR spectroscopy, taking in-process control to a whole new level.
Single Point Analysis with Full FT-Power
The BEAM is a compact, dedicated single-point FT-NIR spectrometer that brings the full power of Fourier Transform technology to inline process control. It enables real-time, on-site monitoring to improve consistency, reduce variability, and tighten manufacturing control. Optimized for solid and semi-solid materials, it integrates easily into pipelines, hoppers, or over conveyor belts.
From inspecting incoming materials to process monitoring and final product checks, the BEAM supports quality assurance throughout the entire production cycle across various industries. By improving manufacturing control, it helps minimize process fluctuations, achieve tighter specifications, and reduce waste and rework, leading to significant cost savings and a fast return on investment.
BEAM - Single Point Analysis with full FT-Power
Video Credit: Bruker Optics
Features
Advanced Technology
Broad Spectral Range and High Resolution
By leveraging the full spectral NIR range exclusive to FT-NIR systems, the BEAM tackles applications that conventional single-point analyzers often cannot. Its high resolution ensures exceptional accuracy, delivering reliable results every time.
Image Credit: Bruker Optics
Precision and Long-Term Stability
Equipped with high-quality optical components, the BEAM is resistant to vibrations and environmental influences. Its rugged Rocksolid™ interferometer technology, featuring Cube Corner mirrors and a wear-free pivot mechanism guarantees exceptional precision and long-term stability.
Image Credit: Bruker Optics
Fast and Reliable Real-Time Analysis
With a rapid measurement rate of over 250 scans per minute, the BEAM delivers instant results, enabling real-time process monitoring and optimization. Its dual-source mode enhances reliability by automatically switching to a backup source in the event of a failure, ensuring continuous operation.
Image Credit: Bruker Optics
Applications
Food
Effective manufacturing process control is essential not only for improving product quality but also for delivering significant financial benefits, such as higher yields and lower energy costs. This is particularly valuable in processes like spray drying dairy powders or cheese production. Other key applications include meat, cereals, sugars, chocolate, and both sweet and savory snacks.
Image Credit: Bruker Optics
Feed
Using the BEAM to monitor product composition at various process stages ensures optimal utilization of feed ingredients. It accurately measures key parameters such as moisture, oil, protein, fiber, and ash, along with specialized factors like ADF, NDF, and amino acids - both in raw materials and finished feed.
Image Credit: Bruker Optics
Polymer
FT-NIR is now a well-established tool for real-time monitoring of polymer production processes. Its spectra provide a wealth of information, enabling simultaneous, high-precision analysis of key components and system parameters such as density, viscosity, degree of cross-linking, stabilizer content, monomer levels, and more.
Image Credit: Bruker Optics
Pharma
The BEAM supports a leaner production process by enhancing process understanding and enabling tighter manufacturing control. This leads to reduced waste, first-time-right production, and improved utilization of production assets. Common applications include monitoring mixing processes and determining the end point of API drying.
Image Credit: Bruker Optics
Mounting Options
Tri-Clamp Flanges
For a sturdy and secure connection to pipes and sight glasses, attach the BEAM using Tri-Clamp flanges. In the food and pharmaceutical industries, Tri-Clamp is the most popular connection system because of its hygienic design.
Image Credit: Bruker Optics
Image Credit: Bruker Optics
Mounting Brackets
Install the BEAM seamlessly into your process in any required orientation using a range of mounting brackets for flexible and secure integration.
Image Credit: Bruker Optics
Image Credit: Bruker Optics
Laboratory Stand
Develop your methods in the lab for a smooth transition to the production line. The stand ensures accurate sample positioning at the correct distance when using either the supplied holder or a Petri dish turntable.
Image Credit: Bruker Optics
Image Credit: Bruker Optics