Spheryx utilizes Total Holographic Characterization® to provide precise analysis of colloidal suspensions at the sub-visible level, enabling detailed monitoring of particle characteristics in various industries such as pharmaceuticals and electronics. This technology addresses the challenge of detecting heterogeneous protein aggregates and other critical particles, leading to improved product quality, reduced waste, and enhanced manufacturing efficiency.
Funding
Funding not disclosed
Founders
Product
Problem
In various industries, including pharmaceuticals and electronics, the analysis of colloidal suspensions at the sub-visible level is crucial for ensuring product quality and consistency. Traditional methods often struggle to accurately detect and monitor heterogeneous protein aggregates and other critical particles within these suspensions. This limitation can lead to inefficiencies in manufacturing, increased waste, and compromised product performance.
Solution
Spheryx provides a solution for precise particle characterization using Total Holographic Characterization (THC). This technique offers a new method for analyzing suspensions at the sub-visible level, enabling detailed monitoring of particle characteristics. THC non-destructively yields quantitative measurements of suspended particles, including colloidal microspheres, irregularly shaped particles, aggregates, agglomerates, and emulsion droplets, with high precision and reliability. By providing improved information and control over particle properties, Spheryx helps to develop and monitor products, leading to better and more effective products, less waste, and increased efficiency, ultimately producing cost savings and improved market share.
Target Audience
The primary customers include manufacturers and researchers in the pharmaceutical, semiconductor, water quality monitoring, and consumer product industries who require detailed analysis and monitoring of colloidal suspensions.
Features
- Non-destructive analysis of suspended particles
- Quantitative measurements of particle properties
- High precision and reproducibility
- Simple operation and self-calibrating
- Provides an extra dimension of information beyond particle size distributions
- Complementary to other techniques found in metrology laboratories
- Ability to distinguish contaminants of similar size in heterogeneous samples