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Compatibility of laser diffraction/scattering method and dynamic image analysis method SYNC-SYNC
Compatibility of laser diffraction/scattering method and dynamic image analysis method SYNC-Cosmo Trading Co., Ltd.

Compatibility of laser diffraction/scattering method and dynamic image analysis method SYNC
Cosmo Trading Co., Ltd.

Cosmo Trading Co., Ltd.'s Response Status

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100.0%

Response Time

24.3hours

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About This Product

■New proposal for particle analysis

Microtrac's core technology, laser diffraction/scattering method, and dynamic image analysis method are integrated. Using patented synchronized measurement technology, it is the only analyzer that can simultaneously measure particle size distribution using light scattering measurements and particle shape using image analysis. (According to our research. As of April 2024.)

■Features

・Compatible with laser diffraction/scattering method and dynamic image analysis method in one device ・Measure particle size distribution and shape simultaneously at the same measurement point ・Versatility covering particle size range from 0.02 to 2,000μm ・Useful for a wide range of applications, both wet and dry. ・Easy to use software Multifaceted characterization using SYNC, which combines highly reliable particle size distribution measurement results using conventional lasers with precise shape information, plays an important role in quality control, optimization of materials and manufacturing processes, and research and development. I will carry it. Advantages of laser diffraction/scattering equipment

■Wide measurement range

The latest laser diffraction/scattering instruments are capable of measuring particle size distribution over an extremely wide measurement range. Typically covers a particle size range of 20nm to 2mm. This corresponds to a factor of 100,000 between the smallest and largest measurable particle. In reality, it is used in a particle size range of about 30nm to 1,000µm. With Microtrac, there is no need to move lenses, choose the right optics, or make adjustments before taking measurements.

■Versatility

Laser diffraction and scattering instruments are used in various industrial fields, not only for routine analysis and quality control, but also for demanding research and development. This is because both wet samples such as suspensions and emulsions as well as dry powders can be easily measured. For wet measurements, sample preparation can often be carried out within the instrument, thanks to a powerful circulator with an integrated ultrasound probe. Dry measurements use a Venturi nozzle to disperse particles in a stream of compressed air.

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    Compatibility of laser diffraction/scattering method and dynamic image analysis method SYNC

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1 Models of Compatibility of laser diffraction/scattering method and dynamic image analysis method SYNC

Image Part Number Price (excluding tax) Measuring range Measurement principle
Compatibility of laser diffraction/scattering method and dynamic image analysis method SYNC-Part Number-SYNC

SYNC

Available upon quote

0.02µm-2mm

Laser diffraction/scattering (ISO 13320), dynamic image analysis (ISO 13322-2)

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About Company Handling This Product

Response Rate

100.0%


Response Time

24.3hrs


Company Review

4.0
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