FBRM® [Focused Beam Reflectance Measurement] is a real-time quantitative measurement tracking the rate and degree of change to particles, particle structures, and droplets as they actually exist in process. The inline FBRM measurement enables engineers to quickly link particle system dynamics to process conditions.
Measure particles and droplets in real time
Understand Your Particle System – FBRM® provides chemists and engineers with real-time continuous measurement of the particle or droplet system, tracking changes in dimension, shape, and population.
Identify Critical Process Parameters – FBRM® provides immediate insight into the particle system enabling chemists and chemical engineers to quickly screen experimental parameters and develop a scalable process in early process development.
Control Batch-to-Batch Repeatability – FBRM® trends enable you to identify and troubleshoot unexpected and undesirable process variations. FBRM® is used to minimize batch failures, improve yield, and troubleshoot scale-up or technology transfer.
Ensure product quality – By understanding the particle performance, chemists and engineers can link upstream process control parameters (addition rate, mixing rate, or temperature) to downstream process efficiency (filtration/separations efficiency, dissolution rate, etc.) and optimized product quality (yield, bulk density).
After purchasing Lasentec® in 2001, METTLER TOLEDO has become the world leader for inline particle/droplet size, shape, and count characterization.
Probe OD: 9.5mm or 14mm
Probe length: 91mm or 206mm
Drive: Electric
Bearing: Mechanical
Lab/Plant: Lab
Field unit: D600L
Temperature range: -20 to 90°C (standard); -90 to 120°C (optional)
Pressure: 10 bar (standard); customizable (optional)
Material: Alloy C-22
Other options: Sanitary seal probe
Notes: For use with D600L system; no o-ring
