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New micro nano laser particle size analyzer
The Beckman Coulter LS 13 320 series micro nano laser particle size analyzer applies the principle of particle light scattering and calculates the par
Product details
| Beckman Nanoparticle AnalyzerLS 13 320 series | |
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| Beckman Coulter LS 13 320 SeriesLaser particle size analyzerThe principle of particle light scattering is applied to calculate the particle size distribution based on optical theory, which is mainly suitable for particle size analysis of powders or various materials. Its biggest feature is the wide dynamic range of particle size analysis; The ability to distinguish is the highest among peers in the industry; Easy and fast operation; High degree of automation. The LS 13 320 series laser particle size analyzer is equipped with multiple sample dispersion systems to choose from, allowing for dry or wet system analysis of samples. It is a new generation of high-resolution nanometer and micrometer particle size analyzer that can be used as an independent high-resolution nanometer analyzer to analyze nanometer sizes up to 17 nanometers. The data can be exchanged and compared with other measurement methods, such as screening method, settling method, etc. The LS 13 320 series laser particle size analyzer can be widely used in quality control laboratories, quality control departments, and other particle size analysis fields. |
| The main features of the Kurt laser particle size analyzer LS 13 320 series are: | |
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| -Compliant with ISO13320 technical standard |
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| -Compliant with FDA's 21 CFR Part 11 standard |
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| -The combination of nano analysis function and micro analysis function is powerful; Can be used as an independent high-resolution nanoparticle analyzer, with a measurement limit of up to 17 nanometers. |
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| -The largest number of detectors, up to 132 independent physical position detectors, correspond to up to 124 real data channels, ensuring no missing information. |
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| -Parallel signal acquisition and transmission ensure high signal-to-noise ratio, no time difference, and high throughput of the signal. |
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| -The new generation solid-state laser light source has a lifespan of over 70000 hours when turned on. |
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| -PIDS patented technology provides high-resolution nanoscale analysis, maintaining its position as a high-end instrument in the industry. |
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| -The multi wavelength and polarized light analysis technology ensures high accuracy in analyzing particle size distributions over a wide dynamic range. |
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| -The patented technology of dual lens focusing with fixed physical position accurately collects small particle information without time difference. |
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| -Multiple automated sample dispersion systems, combined with a "dock style" switching system, can be switched in seconds, making it efficient and convenient. |
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| -Five wall mounted automatic spray nozzles ensure that the sample tank is clean and free of residue. |
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| -The four level automatic liquid level control system ensures that the sample tank always maintains an accurate water level. |
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| -The bottom design of the spherical sample tank, combined with the turbo centrifugal pump and downward suction sampling method, ensures that there are no residual dead corners or sampling deviations in the sample tank, ensuring the representativeness of the sample particles. |
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| -Directly connected to the water source and filtration system, the liquid suction and discharge are automatically controlled by controllable pressure valves, fully automated, and the working environment is kept clean and pollution-free. |
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| -Powerful analysis software, providing dozens of report data and report formats, allowing users to design their own reports and print formats. |
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| -Fully automatic calculation and analysis software, no need to pre select the "peak shape" mode, providing objective * reports. |
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| -With a powerful reference database and the "Zero Time" real-time optical model system, new optical models can be established in just one second, providing objective and accurate analysis reports. |
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| -Particle size range: 17 nanometers to 2000 micrometers |
| -Main optical path laser source: solid-state laser connected to fiber optic, power: 5 mW | |
| -Detector: 132 independent physical angle detectors | |
| -Real analysis channels: 124 | |
| -Multi wavelength measurement: 450nm, 600nm, 780nm, and 900nm | |
| -Optical theoretical model: full Mie theory; Fraunhofer theory | |
| -Accuracy error: less than/-0.5% | |
| -Reproducibility error: less than/-0.5% | |
| -Maximum detection angle: 1500 | |
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| If you want to learn more about this product or need professional personnel to answer your professional questions about product performance, after-sales service, etc., please join us immediately |
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