Particle characterization plays a foundational role in developing and manufacturing pharmaceutical products. Precise particle size and morphology measurement is essential to maintain quality, ensure processability, and confirm product efficacy. CLAIRITY™ SIA builds on the principles of static image analysis, a leading technology platform for capturing detailed particle insights, non-destructively and with high analytical clarity.
Using high-resolution imaging from SEM and optical sources, the system extracts accurate data on particle size, shape, and texture across dispersed powders, suspensions, emulsions, and solutions—whether on glass slides, filter paper, or within intact sample cells. CLAIRITY SIA combines the performance of Olympus microscopy with the sensitivity of the CLAIRITY™ Particle Analysis Suite, delivering a high-performance solution for regulated and research-driven environments.
Three configurations support analysis across development labs and production floors. Fully compatible with modern workflows, it scales efficiently as a microscope image analysis software, helping teams standardize particle size analysis across early-stage formulation, process development, and product release. With built-in compliance for 21 CFR Part 11, it ensures traceability, secure reporting, and validation-ready outputs.
Human interpretation of particle shape, size, and structure varies widely. CLAIRITY SIA applies AI-trained models for consistent, automated particle size analysis and morphology classification.
Poor focus, lighting, or contrast can impact output accuracy. CLAIRITY SIA enhances image clarity using preprocessing tools that standardize inputs across microscope or SEM sources.
Crowded particle fields often distort measurements. The platform uses advanced segmentation and edge-detection algorithms to isolate particles and minimize classification errors.
Particles with irregular or non-uniform shapes are difficult to assess manually. CLAIRITY SIA evaluates multiple parameters—including roundness, aspect ratio, and convexity—to refine classification.
Different workflows require unique outputs. The system allows users to configure measurement sets, apply filters, and export results in custom formats to suit sector-specific needs.
