Key Features
- Particle size and zeta potential measurement in a wide concentration range, from diluted to concentrated solutions (~40%)
- Multi-angle measurement for higher separability in particle size distribution analysis
- Zeta potential measurement of solid surfaces in high salt concentrations
- Particle concentration analysis using Static Light Scattering
- Microrheology measurement using Dynamic Light Scattering
- Gel network and heterogeneity analysis by measuring scattered light intensity and diffusion coefficient at multiple points
- Standard flow cell that allows two types of measurement (Particle size and Zeta potential) without replacing samples
- Wide measurement temperature range from 0 to 90°C
- Temperature gradient function for denaturation (melting temperature) analysis of proteins
- Electrophoretic mobility measurement and plot analysis for precise zeta potential measurement
Measurement Ranges
- Zeta Potential: -200 ~ 200 mV
- Mobility: -2 × 10⁻⁵ ~ 2 × 10⁻⁵ cm²/V·s
- Particle Size: 0.6 nm ~ 10,000 nm
- Molecular Weight: 340 ~ 2 × 10⁷ g/mol
Measurement Conditions
- Temperature Range: 0 ~ 90°C
- Particle Size Concentration: 0.00001% (0.1 ppm) ~ 40% *¹
- Zeta Potential Concentration: 0.001% ~ 40% *¹ (Latex 112 nm: 0.00001 ~ 10%, Taurocholic acid: ~ 40%)
Measurement Principles
- Particle Size: Dynamic Light Scattering (DLS)
- Zeta Potential: Electrophoretic Light Scattering (ELS) (Laser Doppler Method)
- Molecular Weight: Static Light Scattering (SLS)
Optical System
- Particle Size: Homodyne System
- Zeta Potential: Heterodyne System
- Molecular Weight: Homodyne System
Cell Units
- Zeta Potential / Particle Size: Standard Flow Cell Unit
- Particle Size: Particle Size Cell Unit
- Particle Size / Molecular Weight: Particle Size Multi-Angle Cell Unit
Light Source & Detector
- Light Source: Narrow-band Laser Diode
- Detector: High-Sensitivity APD
Environmental & Power Requirements
- Temperature Range: 0 ~ 90°C (with gradient function)
- Power Supply: 100V ± 10%, 250 VA
