Accelerating the Particle Research of Life
Empowering scientists with cutting-edge nanoparticle analysis tools to uncover insights, advance discoveries, and transform biological research globally.
Next-Generation Digital Flow Cytometry Platform
Pangnostics delivers a breakthrough in particle analysis with its Digital Flow Cytometry platform-bringing single-molecule precision to complex biological systems. By overcoming the detection limits of conventional cytometry, it enables researchers to uncover hidden subpopulations and generate truly quantitative insights.
- Ultra-sensitive detection down to single molecules.
- Expose hidden nanoparticle populations beyond traditional limits.
- High-dimensional phenotyping with expandable multi-color architecture.
- Direct digital counting — no calibration curves, no compromises.
Next-Generation Particle Characterization Platform
Bioparticle’s platform integrates cutting-edge detection modules for complete biological particle analysis. Designed for reliability, reproducibility, and simplicity, it eliminates manual calibration and provides real-time quantitative data.
- Measure size concentration, zeta potential, and fluorescence simultaneously.
- Adaptive sample scanning for unknown particle compositions.
- High-sensitivity optics with automated parameter control.
- Data you can trust — every scan, every sample.
Advanced Nanoparticle Analysis Solutions
Pangnostics dFC
Go beyond detection limits with absolute quantification
ZetaView® Evolution
Multiparameter NTA with calibration-free concentration
ZetaView® x30
Fluorescence & scatter tracking for EVs
Lyophilized Exosomes
Stable, reconstitutable EVs for calibration
F-NTA Antibodies
Targeted tetraspanin antibodies for F-NTA
Innovative Particle Applications
Extracellular Vesicles
Analyze EV size, concentration, and surface markers with precision.
- Assess EV subpopulations using fluorescence detection
- Monitor EV stability and integrity
- Evaluate EVs as biomarkers in research and therapeutics
- Optimize EV isolation and purification processes
Viruses and Virus-Like Particles
Characterize viral particles for research, diagnostics, and vaccine development.
- Determine size distribution and particle concentration
- Assess purity and integrity of viral preparations
- Monitor viral stability under various conditions
- Support VLP studies for vaccine research
Nanobubbles
Measure and monitor nanobubble properties for industrial and biomedical applications.
- Evaluate size distribution and concentration
- Assess surface charge via zeta potential
- Monitor stability in different media
- Support research in nanobubble-based therapies or water treatment
Lipid Nanoparticles
Comprehensive LNP analysis for drug delivery and therapeutic research.
- Determine particle size and concentration
- Evaluate zeta potential for stability
- Monitor encapsulation efficiency and payload release
- Support mRNA or nanoparticle-based therapeutics
Environmental Research
Track and analyze nanoparticles for environmental impact studies.
- Measure nanoparticle size and concentration
- Monitor stability in different environmental conditions
- Assess ecological and pollution-related effects
- Support regulatory compliance and environmental monitoring
Inside the Technology
Particle Tracking Analysis
Tracks individual particle motion to determine hydrodynamic size, count, and detailed distribution patterns with high precision.
Zeta Potential Measurement:
Evaluates particle stability and surface charge, providing insights into aggregation behavior and suspension quality.
Fluorescence Detection
Detects and quantifies labelled vesicles or biomolecules with exceptional sensitivity and minimal background interference.
Adaptive Scanning
Automatically adjusts and optimizes measurement parameters to ensure precise, consistent, and reproducible results across diverse sample types.