Particle and Droplet Processes in Laboratory R&D ParticleTrack G400 – ParticleTrack Introduction
Channel: METTLER TOLEDO AutoChem
Date: 25/03/2011

The ParticleTrack G400 with FBRM technology has a new ergonomic design, which simplified probe integration into your laboratory reactor or pipeline. Lightweight, stackable control boxes are easily installed inside the fume hood or moved to the lab bench. The versatile G400 design uses interchangeable for fast and easy adjustment to the scale or volume required. A reinforced probe tube enables quick setup and robust, dependable measurement of particles as they naturally exist in process: https://www.mt.com/gb/en/home/products/L1_AutochemProducts/FBRM-PVM-Particle-System-Characterization/FBRM/fbrm-g400.html?GLO_YT_Autochem_OTH_Youtube_Autochem

Particle and droplet processes in laboratory R&D using ParticleTrack G400 with FBRM technology facilitates understanding and optimization of particle and droplet processes such as crystallization, wet milling, and homogenization of suspensions and emulsions.

A probe-based instrument, ParticleTrack G400 with FBRM technology is inserted directly into laboratory reactors, allowing the changes in particle count and size to be tracked at full process concentrations in real time. In order to provide scientists with the evidence required to deliver consistent particles with the required attributes, droplets, particles, and particle structures are continuously monitored, as experimental conditions vary.

Emulsification, flocculation, and crystallization are just some multiphase processes that are directly impacted by the particle count in size. Scientists are now able to understand, scale-up, and optimize processes confidently using evidence-based methods through the monitoring of particle count and size in real time.

Even at extremes temperatures and pressures, scientists can obtain process understanding safely and with no time delay by tracking changes to particle count and size as they naturally exist in process.