Multi-Sample Nanoparticle Size Measurement System
High-Performance, Easy-to-Use Particle Size AnalyzerContinuous measurement of up to 5 samples With the AS50 auto sampler, up to 50 samples can be measured consecutively.
Measurement Performance
Continuous Measurement Up to 5 Samples
- Measurement Range 0.6 nm to 10 μm
- Concentration Range 0.00001 (0.1 ppm) to 40%*1
- Temperature Range 0 to 90°C (with temperature gradient function)*2
*2 0 - 90℃ with glass cell with batch cell holder,15-40℃ with 5 attached cell holder or disposable cells
Customer Challenges
with Conventional Systems
- 1．Long Measurement Times for Multiple Samples
- 2．Need for Easy Measurements for Any User
- 3．Need for Measurement from Dilute to Highly Concentrated Samples
- 4．Need for Accurate Particle Size Measurement Across a Wide Size Range
- 5．Need for a Space-Saving Instrument
With thenanoSAQLA,
up to 5 samples can be measured consecutively,
enabling faster, easier measurements
and giving users more time to focus on their work.
By adding the AS50 Auto Sampler, continuous measurement of up to 50 samples can be achieved.
enabling faster, easier measurements
and giving users more time to focus on their work.
Features
What a Dedicated Particle Size Analyzer Makes Possible-
Feature 01 One Instrument, Continuous Measurement of Up to 5 Samples
Enables continuous measurement of multiple samples, which was previously difficult without an autosampler. Individual measurement conditions can be set for each sample.
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Feature 02 Simple and Intuitive Software with No Complex Operations
Expand continuous measurement capacity from 5 to 50 samples with the optional AS50 autosampler.
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Feature 03 Automatically adjusts the optimal measurement position for samples ranging from highly concentrated to dilute, enabling rapid measurements in approximately one minute.
Capable of measuring a wide range of samples, from clear to turbid.
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Feature 04 Despite its affordable price, it delivers measurement accuracy comparable to high-end models.
Offers the same particle size measurement and concentration range specifications as higher-end models in our product lineup.
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Feature 05 Achieves a 30% smaller footprint than previous models through a compact design.
Maximizes the use of limited laboratory space
Use Cases
Discover the Technical Challenges That Only nanoSAQLA Can Solve-
Challenge 1 Need for easy particle size measurement
User-friendly software enables easy measurement for any user.The easy-to-read sequence table simplifies the setup of measurement conditions.
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Challenge 2 Time-consuming measurements due to high sample volume.
Enables continuous measurement of multiple samples.The Combination Cell Holder enables unattended measurement of up to 5 samples. When combined with the AS50, up to 50 samples can be measured consecutively, significantly improving efficiency.
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Challenge 3Need to measure samples as they are, without dilution.
Measures concentrations from 0.1 ppm to 40%.
＊Depending on the sample environment.This chart compares the particle sizes of different ink colors. Even highly concentrated, colored samples such as the one shown in the upper-right photo can be measured. By capturing scattered light from the cell wall, the system is less susceptible to the effects of multiple scattering, enabling highly reliable measurements of undiluted samples without the need for dilution.
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- Multi-Sample Nanoparticle Size Measurement System nanoSAQLA
Specifications
| Measurement Principle | Dynamic Light Scattering (Photon Correlation) |
|---|---|
| Light Source | High-Power Semiconductor Laser (660 nm, 70 mW)*¹ |
| Detector | High-Sensitivity APD |
| Continuous Measurement | Up to 5 Samples |
| Measurement Range | 0.6 nm to 10 μm |
| Concentration Range | 0.00001 to 40%*2 |
| Temperature Range | 0 to 90°C (with Temperature Gradient Function)*3 |
| Sample Volume | Standard Cell: 1.2 mL or more; Micro Cell: 20 μL or more |
| Dimensions (W × D × H) | 240 × 480 × 375 mm |
| Power Consumption | AC 100-240 V, 50/60 Hz, 250 VA |
| Weight | Approx. 18 kg |
| Software Functions | Average Particle Size Analysis (Cumulant Method) Particle Size Distribution Analysis(Marquardt / CONTIN / NNLS / Unimodal Methods) Overlay Display of Particle Size Distributions Autocorrelation Function and Residual Plot Particle Size Plot Particle Size Display Range (0.1 to 10⁶ nm) Molecular Weight Calculation Function 21 CFR Part 11 Compliance*4 |
| Options | Micro Volume Cell (compatible with sample volumes from 20 μL) Fluorescence Cut Filter |
*2 PS Latex Particles: 0.00001 to 10%, Taurocholic Acid: up to approx．40%
*3 When using a glass cell with the batch cell holder. When using the 5-cell holder or disposable cells, the temperature range is 15 to 40°C.
*4 Optional feature.
Contact
Please feel free to contact us with any inquiries or requests.
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