Laser diffraction type particle diameter measuring device Master Siza Series 3000
Spectory
About This Product
Providing the necessary data to get reliable results
Organizations around the world can make important decisions through the R & D and manufacturing processes by using the Mastersizer 3000 laser -type particle size analysis device that provides consistently accurate and stubbornly reliable data. Such knowledge -based decision -led decisions are the basis for ensuring the quality and performance of various raw materials, intermediates, and final products.
■ Features
OMNITRUST compatible: Solutions for regulations for pharmaceutical fields
The market -leading Mastersizer 3,000 particle size analyzer is a compact and compact device that conforms to modern lab analysis requirements, resource restrictions, and a strict workflow of demands. By combining professional engineering and application know -how, you can do the following:
・ The highest granularity distribution measurement performance allows you to maximize the valuable experimental space of the lab while generating the robust and reliable data required.
・ Intuitive software has expertise, easy to analyze workloads, and can develop/execute various methods efficiently and effectively.
-The flexible report function can be accurately displayed as needed and can be customized directly according to your needs.
・ The quick and effective sample prepare functions for suspension, emulsion, and powder are adjusted according to various sample requirements, optimizing methods and providing necessary knowledge for continuous management.
The Mastersizer can provide reliable results by the know -how of the MalverN Panalytical's original and practical laser -time particle size analyzer. In addition, we provide data quality analysis that can provide reliable insights and results, both particle size experts and beginners.
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The Mastersizer 3000 uses laser diffraction technology to measure the particle size and granular distribution of the material. The laser light is measured by measuring the intensity of the scattered light when passing through the distributed particle sample. Analyze this data to calculate the particle size that generates a scattered pattern. With three main elements, the system can provide accurate and robust particle size data that is the center of the effective operation of many industrial processes.
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Product
Laser diffraction type particle diameter measuring device Master Siza Series 3000
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Handling Company
Spectory
1 Models of Laser diffraction type particle diameter measuring device Master Siza Series 3000
| Product Image | Part Number | Price (excluding tax) | Detector angle range | Detector optical axis adjustment | Detector placement | General analysis items | General data acquisition speed | General dimensions (W x d x h) | General particle size | General principle | General standard measurement time | General weight | Number of particle diameter measurement size classes | Optical -based effective focal length | Optical blue light source | Optical lens placement | Optical red light source | Particle diameter measurement accuracy | Particle diameter measurement accuracy/repetition | Particle diameter measurement reproducibility (at non -continuous measurement) | Particle diameter measuring particle size | Software 21 CFR Part 11 | System compliance laser safety | System compliance regulation test | System humidity | System operation temperature (° C) | System power supply | System product storage temperature | System protection grade (IP) | remarks* |
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Master Saizer 3000 |
Available upon quote | 0.015-144 ° | Automatic | Logarithmic interval sequence | MIE theory, FRAUNHOFER approximation | 10 KHz | 690mm x 300mm x 450mm | Suspension, emulsion, and dry powder | Laser diffraction type | Within 10 seconds | 30 kg | 100 (user adjustable) | 300mm | Up to 10MW LED, 470nm | Reverse Fourier optical system (convergence beam) | Up to 4MW HE-NE, 632.8nm | Within 0.6% ** | Within 0.5%* | Within 1% * | 0.01 to 3,500 µm * | Operating mode ER/ES compliant | Class 1, IEC60825-1: 2007 and CFR Chapter I: Sub-Chapterj: Part 1040 (CDRH) | Compatibility with the requirements for Rohs and WEEE compliant CE / FCC -compliant European low voltage commands | Up to 31 ° C is up to 80%. After that, there is no linear decrease to 50%to 40 ° C and no condensation | #ERROR! | 100/240 V, 50/60 Hz 50W (if the distributed unit is not connected) up to 200W (when 2 units are connected) | -20 ° C ~+50 ° C | IP41B | It depends on the type of sample and its adjustment. |
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