ImageProVision
API Particle Characterization
Precision Particle Morphology with ImageProVision
In the pharmaceutical, food, and cosmetics industries, particle morphology—the structure and form of particles—is a critical quality parameter. Understanding shape and size is essential for identifying irregularities that can compromise the integrity of a final product.
Advanced Analysis Methods
While traditional methods like light microscopy and SEM provide snapshots, ImageProVision leverages cutting-edge Image Analysis to deliver:
High Throughput: Rapid measurement of thousands of individual particles.
Superior Accuracy: Eliminating the human error associated with manual microscopy.
Robust Insights: Reliable data across a diverse range of materials and formulations.
The Impact on Pharmaceutical Development
For Active Pharmaceutical Ingredients (APIs), the particle-level details analyzed by ImageProVision are directly linked to how a drug performs. Characterizing properties like surface area, density, and refractive index allows for better prediction of performance and stability.
How ImageProVision optimizes manufacturing:
Flow & Uniformity: Ensures better powder flowability, blend uniformity, and compressibility.
Enhanced Processing: Streamlines key steps such as granulation, mixing, and coating.
Dissolution & Efficacy: Accurate Particle Size Distribution (PSD) ensures consistent drug solubility and therapeutic results.
Overcoming the Agglomeration Challenge
A major hurdle in API analysis is agglomeration—where particles stick together and skew results. ImageProVision’s advanced image analysis software accurately distinguishes and measures individual particles within these clusters, providing a clear, dependable workflow where traditional methods fail.
Regulatory Compliance & Standards
ImageProVision solutions are designed to align with international regulatory standards, specifically supporting United States Pharmacopeia (USP) protocols:
| Standard | Method | Primary Use |
| USP <776> | Optical Microscopy | Analysis of size, shape, and crystallinity |
| USP <429> | Laser Diffraction | Rapid measurement of particle size distribution |
