Applications
CLAIRITY™ Particle Analysis Suite software platform that provides particle size and morphological characterization on virtually any microscope. Applications for CLAIRITY™ not only includes the characterization of particles in crystalline and amorphous powders, ointments, gels, and liquid dispersions, but extends beyond the pharmaceutical applications space to include characterization of particulates in virtually any media from virtually any source.
Solid Particle Dispersions
Measurement of dry powder including pharmaceutical APIs and excipients, 3D printing ingredients, mining and mineral samples, silts, sediments and more... CLAIRITY™ can measure them.
Liquid Dispersions
Suspending samples in a liquid can aid in sample dispersion for particle measurements. CLAIRITY™ can easily measure these particles and characterize their morphology.
Emulsions
From pharmaceuticals to beverage flavorings and other food ingredients, Oil in water, and water in oil emulsions are a common sample type for which CLAIRITY™ can measure droplet size.
Topicals and Creams
A topical ointment or cream represents a common delivery method for pharmaceutical APIs targetted for localized delivery. These systems can be measured using CLAIRITY™
Intact Vial Inspection
For supplementary inspection of intact vials according the FDA requirements, CLAIRITY™ in combination with a stereo microscope allows forensic inspection of particle contaminants.
Filter Paper Substrates
Measuring particulates captured on a filter paper is a requirement for a number of UPS standards. CLAIRITY™ in combination with an automated stage easily accomplishes this task.
Compliance Testing (USPs)
CLAIRITY™ meets the requirements of 21 CFR Part 11 compliance along with ISO 13322:2014, and USP <776>, <787>, <788>, <789>, <790>, for particulate contamination. It also operates according to USP <1776> for shape and morphological characterization.
Plus even more
Talk to one of our leading experts in particle size analysis to see how CLAIRITY™ can assist with your particle size and morphological characterization needs today...