Process - Inline PAT 
Particle Sizing

The compact Partica LA-350 laser diffraction analyzer is your routine analysis tool. It can achieve high performance with easy operation and maintenance, excelling at applications as diverse as slurries, minerals, and paper chemistry. It is the ideal combination of performance, price, and packaging to streamline particle size analysis.


The Partica LA-960 is a laser diffraction particle size distribution analyzer that is known for its wide dynamic range, speed, excellent performance assurance, and outstanding quality. Its method expert software makes it easy to create a robust, powerful method for research and development purposes as well as quality control. The flexible sample handling, robust platform, and wide size  range ensure the LA-960 will handle the most extreme demanding applications.



The SZ-100 Nanoparticle Analyzer is the industry’s widest range and highest precision measurement instrument for nanoparticle characterization. It determines three parameters that characterize nanoparticles: particle size, zeta potential, and molecular weight. Dynamic light scattering is used for particle size determination. The uniquely designed cells for zeta potential can measure samples with volumes as low as 12 µL. Enjoy intuitive software as you make dynamic light scattering (DLS) and related measurements.



The PSA300 is a turn-key, static image analysis solution. Seamless integration of powerful particle characterization software and an automated microscope with a high resolution camera creates an intuitive, easy-to-use imaging workstation. It features a dry dispenser for proper particle dispersion and a four position autosampler. Minimum intervention by the operator still yields maximum detail in the results.

ViewSizer™ 3000

The ViewSizer™ 3000 implements breakthrough improvements to particle tracking technology that include proprietary illumination and detection methods allowing cutting-edge visualization, measurement and number concentration of nanoparticles over a wide range of sizes. The system has unmatched capabilities for characterizing polydisperse assemblages of particles in liquids and can easily resolve separate size modes in complex samples.



The CAMSIZER P4 is based on proven, patented dual-camera technology. The optics and sample feed system of the CAMSIZER P4 are optimized for the detection of relatively large, free flowing particles  (20 µm to 30 mm). The CAMSIZER P4 is the ideal tool to match sieve data and obtain higher resolution, faster throughput, and shape information.



The CAMSIZER X2 has been developed to exploit dual camera technology for the measurement of fine, agglomerating powders (0.8 µm to 8 mm).  To achieve accurate results for different materials, the CAMSIZER X2 offers three particle dispersion options: X-Fall for free fall dispersion (similar to the CAMSIZER P4), X-Jet for air pressure dispersion, and X-Flow for liquid dispersion.



The SA-9600 Series brings exceptional speed and convenience to BET surface area analysis. Measurements are based on flowing gas BET, which monitors nitrogen adsorption to determine surface area. Flowing gas BET is a fast and reliable method for surface area analysis. The SA-9600 allows the user to rapidly determine surface area with push button ease.