Light scattering device Zaza Advanced Series Zar Saizer Ultra corresponding to all applications
Spectory
About This Product
■ World's most advanced light scattering system
The new Zeta Siza Ultra is the most intelligent and flexible device in the Zeta Saizer Advanced series, which is a state -of -the -art system corresponding to particle diameter, molecular size, particle charge (zeta potential), and particle concentration measurement.
Our main device can enjoy all the benefits of ZS Xplorer software, such as ease of use, analysis speed, and data reliability. In addition, two proprietary measurement functions, multi -angle dynamic light scattering method (MADLS®) and particle concentration, can be obtained more detailed knowledge about samples.
*Zeta Sizer Ultra Red Label only
■ Features
Omnitrust -A solution for the pharmaceutical field regulation environment.
Zeta Seasa Ultra is the highest level system for our company that combines DLS and ELS. The particle diameter and molecular size are measured using non -contact posterior scattering (NIBS) and unique multi -angle dynamic light (MADLS) technology. NIBS provides versatility and sensitivity that can be measured in a wide range of concentrations, and MADLS can display the particle diameter distribution of important samples on important measurement values at high resolution.
The Zeta Siza Ultra Red Label allows you to directly analyze the particle concentration by the MADLS extension. The measurement of particle concentration is suitable for a wide range of ingredients, there is almost no need to dilute, and it can be used immediately, so all of them are ideal as a screening technology. This is the unique ability of Zeta Sizer Ultra. This ability can also be applied to samples such as viruses and virus particles (VLP), which have been very difficult to measure so far.
■ Main functions
・ Measurement of high decomposed particles and molecules by the multi -angle dynamic light scattering (MADLS) method
・ Measurement of particle diameter and molecular size (1 nm to 10 µm) using the dynamic light scattering (DLS) method
・ The diversification and aggregation tendency of the sample can be confirmed by measuring particles and the molecular zeta potential measurement of the electric swimming light scattering method (ELS).
・ Non -contact after contact scattering technology (NIBS), the concentration range is wide and highly sensitive to the particle diameter and molecular size.
・ Easy particle concentration measurement is possible (red label only)
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Product
Light scattering device Zaza Advanced Series Zar Saizer Ultra corresponding to all applications
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Handling Company
Spectory
1 Models of Light scattering device Zaza Advanced Series Zar Saizer Ultra corresponding to all applications
| Product Image | Part Number | Price (excluding tax) | Particle concentration calibration method | Particle concentration concentration range | Particle concentration measurement principle | Particle diameter and molecular size measurement angle | Particle diameter and molecular size measurement concentration range | Particle diameter and molecular size measurement minimum sampling amount | Particle diameter and molecular size measurement principle | Particle diameter and molecular size measurement range | Static light scattering (molecular weight) Molecular weight range | Static light scattering (molecular weight) accuracy | Static light scattering (molecular weight) measurement principle | System around the system | System detector | System dimensions (W x d x h) | System interface | System laser safety | System maximum power consumption | System power supply | System temperature control range | System weight | Zeta Captabutical size range | Zeta Captricity Measurement Principles | Zeta Priad Sample Conductive Range | Zeta potential concentration range | Zeta potential minimum sampling amount | remarks |
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Zeta Sizer Ultra |
Available upon quote |
Blue label: N/A Red Label: One -point system calibration only |
Blue label: N/A Red label: 1x108-1x1,012 particles/ml |
Blue label: N/A Red Label: MADLS -Particle concentration (Mie) |
173 °, 13 °, 90 ° |
Minimum sample concentration: Blue label: 0.2 mg/ml 15 kda protein Red label: 0.1 mg/ml 15 kda protein |
3 μL |
Non -contact posterior scattering (NIBS), dynamic light scattering method Dynamic light scattering (90 °, 13 °) Multi -angle dynamic light scattering method (MADLS) |
Diameter: 0.3 NM to 15 μm (2) (9) | 300 DA - 20 MDA | #ERROR! | Static light scattering method using the Debye plot | #ERROR! | Abala La Chefot Diode | 322 mm x 565 mm x 245 mm | USB 2.0 or higher |
HE-NE (633 NM) Blue Label: Up to 4 MW Red Label: Up to 10 MW |
Up to 100 W, nominal 45 W | AC 100-240 V, 50-60 Hz, 4.0 A | 0 ° C to 120 ° C (7) | 19 kg | 3.8 nm to 100 μm | A combination of mixed mode measurement method and light scattering phase analysis (M3-pals) | Maximum: 260 ms/cm |
Red label: 1 mg/ml (5) ~ 40% W/V (6) Blue label: 10 mg/ml (5) ~ 40% W/V (6) |
20 μL (4) |
1 -Shadle dispersion 2 -Expansion particle diameter range analysis and small -capacity disposable particle size measuring cell accessories can be obtained with reference data in particle diameter exceeding 10 μm. 3 -Depends on the sample 4 -Uses a patented spread barrier method 5-15 KDA measurement using protein 6 -Measured using bile acids 7 -Dry nitrogen cellage is required at the temperature of less than a dew point 8 -Accuracy is 0.1 ° C (for 25 ° C), 0.2 ° C (for 0 ° C), 0.5 ° C (for 90 ° C) 9 -MADLS's recommended maximum size range is 500 nm in diameter |
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