In Situ Particle System Characterization: FBRM® and PVM®

Crystals, Particles, and Droplets: Measurement for Real-Time Optimization
In Situ Particle System Characterization: FBRM® and PVM®
FBRM® and PVM® technologies and expertise enable scientists and engineers to use real-time particle and droplet distribution measurement to make more informed, faster decisions.  Knowledge of particle performance gained through FBRM® and PVM® technologies can cut months from development times, maximize process throughput, and optimize product quality.  The application of FBRM® and PVM® ensures targeted particle distributions are achieved, robust repeatable processes are designed, downstream cycle times are maximized, and failures at pilot and manufacturing scale are eliminated. FBRM® and PVM® systems are available for every development stage from lab through scale-up and process, ensuring consistent data throughout the life of a process. 

Request more Information
Get a Quote

 FBRM® and PVM® Products for the Lab
 ModelTechnology  Vessel Size Key Characteristic
 S400A
 FBRM® 30ml-500mlPortable
 S400E
 FBRM® 30ml-500mlFor use with D600L
 S400Q
 FBRM® 30ml-500mlMultiple probes
 D600L
 FBRM® 500ml-5LResults scalable to plant
 V819
PVM®250ml-5LIn-process video microscopy
 FBRM C35
FBRM®5L+ Granulator/Fluid BedPatent Pending Scraper ensures clean window in dry or moist environments
 FBRM® Products for Process
 ModelTechnology Vessel Size Key Characteristic
 D600R
 FBRM® 1L+Dip-pipe mountable
 D600S/T
 FBRM® 1L+Pipeline installations
 D600P
 FBRM® 20L+1m probe length
 D600X
 FBRM® 1L+Customizable
 FBRM C35
FBRM®5L+ Granulator/Fluid BedPatent Pending Scraper ensures clean window in dry or moist environments
iC FBRM™ Software: Effective Lasentec® Data Analysis

After purchasing Lasentec® in 2001, METTLER TOLEDO has become the world leader for in-line particle/droplet size, shape, and count characterization.