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Particle size analyzers
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Particle size analyzer - ZEISS Particle Analyzer
To reduce quality control in conventional industrial tasks, we bring you the ZEISS Particle Analyzer. This is a lightweight microscopy system of choice is suitably used for...
Particle size analyzer - ZEISS Particle Analyzer
To reduce quality control in conventional industrial tasks, we bring you the ZEISS Particle Analyzer. This is a lightweight microscopy system of choice is suitably used for continuing dirt analysis and quality control in several types of habitual industrial applications. Moreover, to determine particles based on their morphology, this device is specifically used. This ZEISS Particle Analyzer also utilized to grasp, measure and record the size of the particle supporting requirements including ISO 16232, VDA 19 or ISO 4406/07 automatically. Finally, this device is designed and created to help you observe and inspect even the smallest particles during production processes.
Particle size analyzer / laser / automatic - PSA2000ZD
PSA2000ZD is a user-friendly automatic laser particle size analyzer, another breakthrough of our laser particle size analyzers. The measurement range is 0.1-300um. The size distribution is determined by measuring the intensity of the scattered light as a function...
Particle size analyzer / laser / automatic - PSA2000ZD
PSA2000ZD is a user-friendly automatic laser particle size analyzer, another breakthrough of our laser particle size analyzers. The measurement range is 0.1-300um. The size distribution is determined by measuring the intensity of the scattered light as a function...
Particle size analyzer / laser - PSA2005A
PSA2005 is an intelligent and automatic laser particle size analyzer with a wide measurement range of from 0.05780um. The size distribution is determined by measuring the intensity of the scattered light as a function of the scattering angles, and the theoretical base of calculating is the Mie light scattering. It combines together a patented technique of Fourier transform of converging light, the...
Particle size analyzer / laser - PSA2005A
PSA2005 is an intelligent and automatic laser particle size analyzer with a wide measurement range of from 0.05780um. The size distribution is determined by measuring the intensity of the scattered light as a function of the scattering angles, and the theoretical base of calculating is the Mie light scattering. It combines together a patented technique of Fourier transform of converging light, the design of perpendicular light paths, an unconstrained data fitting program and intelligent measurements. All these guarantee the precision of the results throughout the wide measurement range.
Main Features
Principle: Particles of different sizes scatters the illuminating laser into different patterns. In this instrument He-Ne laser is used to illuminate and photon detector arrays measure the forward, sideward and backward scattered laser. Software automatically converts the patterns into size distributions.
Novel technique: It uses a patented technique of Fourier transform of converging light and the design of perpendicular light paths. Photon detector arrays measure the forward, sideward and backward scattered laser. This ensures the precision and reproducibility of the measurement results obtained from nano-particles.
Intelligent measurements: Users only need to add in their samples, and click the automatically measure, and then all the procedures, including pumping in water, dispersing, circulation, measuring, cleaning, data recording, analyzing, saving and printing etc. are automatically executed. This reduces users workload, as well as minimizes any possible errors resulted from manual operations.
Main Features
Principle: Particles of different sizes scatters the illuminating laser into different patterns. In this instrument He-Ne laser is used to illuminate and photon detector arrays measure the forward, sideward and backward scattered laser. Software automatically converts the patterns into size distributions.
Novel technique: It uses a patented technique of Fourier transform of converging light and the design of perpendicular light paths. Photon detector arrays measure the forward, sideward and backward scattered laser. This ensures the precision and reproducibility of the measurement results obtained from nano-particles.
Intelligent measurements: Users only need to add in their samples, and click the automatically measure, and then all the procedures, including pumping in water, dispersing, circulation, measuring, cleaning, data recording, analyzing, saving and printing etc. are automatically executed. This reduces users workload, as well as minimizes any possible errors resulted from manual operations.
Particle size analyzer / laser - PSA2008A
Measurements: Particles of different sizes scatters the illuminating laser in different patterns. In this instrument He-Ne laser is used to illuminate and photon detector arrays measure the forward, sideward and backward scattered laser. Software automatically converts the patterns into size distributions.
Novel technique: It uses a patented technique of Fourier...
Novel technique: It uses a patented technique of Fourier...
Particle size analyzer / laser - PSA2008A
Measurements: Particles of different sizes scatters the illuminating laser in different patterns. In this instrument He-Ne laser is used to illuminate and photon detector arrays measure the forward, sideward and backward scattered laser. Software automatically converts the patterns into size distributions.
Novel technique: It uses a patented technique of Fourier transform of converging light and the design of perpendicular light paths. Photon detector arrays measure the forward, sideward and backward scattered laser. This ensures the precision and reproducibility of the measurement results obtained from nano-particles.
Intelligent measurements: Users only need to add in their samples, and click the automatically measure, and then all the procedures, including pumping in water, dispersing, circulation, measuring, cleaning, data recording, analyzing, saving and printing etc. are automatically executed. This reduces users workload, as well as minimizes any possible errors resulted from manual operations.
Built-in dispersing system: We carefully aligned the stirring set-up, the ultrasonic dispersing unit and the sample circulation pipes, and fixed them inside the instrument. Such a built-in design effectively prevents the inhomogeneous dispersion and sedimentation of big particles, which can be observed in the designs that these dispersing units are separated from the instruments, where the sample circulation pipes are therefore too long.
Novel technique: It uses a patented technique of Fourier transform of converging light and the design of perpendicular light paths. Photon detector arrays measure the forward, sideward and backward scattered laser. This ensures the precision and reproducibility of the measurement results obtained from nano-particles.
Intelligent measurements: Users only need to add in their samples, and click the automatically measure, and then all the procedures, including pumping in water, dispersing, circulation, measuring, cleaning, data recording, analyzing, saving and printing etc. are automatically executed. This reduces users workload, as well as minimizes any possible errors resulted from manual operations.
Built-in dispersing system: We carefully aligned the stirring set-up, the ultrasonic dispersing unit and the sample circulation pipes, and fixed them inside the instrument. Such a built-in design effectively prevents the inhomogeneous dispersion and sedimentation of big particles, which can be observed in the designs that these dispersing units are separated from the instruments, where the sample circulation pipes are therefore too long.
Particle size analyzer / laser / automatic - PSA3003
PSA3003 is a new generation of automatic laser particle size analyzer for dry samples. The rational design and a new generation of dispersing units improved the dispersing performance by 1 degree of magnitude. It measures 0.1-500 micrometer particles without the need of changing measurement grade. The theoretical base of Mie light scattering theory, the technique of Fourier transformation of converging...
Particle size analyzer / laser / automatic - PSA3003
PSA3003 is a new generation of automatic laser particle size analyzer for dry samples. The rational design and a new generation of dispersing units improved the dispersing performance by 1 degree of magnitude. It measures 0.1-500 micrometer particles without the need of changing measurement grade. The theoretical base of Mie light scattering theory, the technique of Fourier transformation of converging light.
Main Features
1. Principle: Particles of different sizes scatters the illuminating laser into different patterns. In this instrument He-Ne laser is used to illuminate and photon detector arrays measure the forward, sideward and backward scattered laser.
2. Novel technique: It uses a patented technique of Fourier transform of converging light, the technique of spectrum amplication and the design of perpendicular light paths. Photon detector arrays measure the forward, sideward and backward scattered laser. This ensures the precision and reproducibility of the measurement results obtained from nano-particles.
3. Unconstrained data fitting program: the particle analysis software uses a unique unconstrained data fitting technique that we developed to intelligently measure an unknown size distribution, this is particularly important for material researchers, or for measuring particle size distributions with multiple peaks in data.
4. Intelligent measurements: Users only need to add in their samples, and click the automatically measure, and then all the procedures, including pumping in air, feeding in sample, dispersing, circulation, measuring, cleaning, data recording, analyzing, saving and printing etc.
Main Features
1. Principle: Particles of different sizes scatters the illuminating laser into different patterns. In this instrument He-Ne laser is used to illuminate and photon detector arrays measure the forward, sideward and backward scattered laser.
2. Novel technique: It uses a patented technique of Fourier transform of converging light, the technique of spectrum amplication and the design of perpendicular light paths. Photon detector arrays measure the forward, sideward and backward scattered laser. This ensures the precision and reproducibility of the measurement results obtained from nano-particles.
3. Unconstrained data fitting program: the particle analysis software uses a unique unconstrained data fitting technique that we developed to intelligently measure an unknown size distribution, this is particularly important for material researchers, or for measuring particle size distributions with multiple peaks in data.
4. Intelligent measurements: Users only need to add in their samples, and click the automatically measure, and then all the procedures, including pumping in air, feeding in sample, dispersing, circulation, measuring, cleaning, data recording, analyzing, saving and printing etc.
Particle size analyzer / laser - PSA2308
PSA2308 measurs powders dispersed in liquids and air with a broad measurable range (0.5-2000um). Under automatic and intelligent control it is particularly suitable for the study of unknown particles, particle mixtures and particles with wide size distributions.
Main Features：
1. Principle: Particles of different sizes scatters the illuminating laser into different patterns....
Main Features：
1. Principle: Particles of different sizes scatters the illuminating laser into different patterns....
Particle size analyzer / laser - PSA2308
PSA2308 measurs powders dispersed in liquids and air with a broad measurable range (0.5-2000um). Under automatic and intelligent control it is particularly suitable for the study of unknown particles, particle mixtures and particles with wide size distributions.
Main Features：
1. Principle: Particles of different sizes scatters the illuminating laser into different patterns. In this instrument He-Ne laser is used to illuminate and photon detector arrays measure the forward, sideward and backward scattered laser. Software automatically converts the patterns into size distributions.
2. Novel technique: It uses a patented technique of Fourier transform of converging light, the technique of spectrum amplication and the design of perpendicular light paths. Photon detector arrays measure the forward, sideward and backward scattered laser. This ensures the precision and reproducibility of the measurement results obtained from nano-particles.
Dispersing system:
1. Wet dispersing: We carefully aligned the stirring set-up, the ultrasonic dispersing unit and the sample circulation pipes, and fixed them inside the instrument. Such a built-in design effectively prevents the inhomogeneous dispersion and sedimentation of big particles, which can be observed in the designs that these dispersing units are separated from the instruments, where the sample circulation pipes are therefore too long.
2. Dry dispersing: A patented turbulence dispersing technique thoroughly mixes the samples and air. Key parts of the dispersing system are made of wear-resistance ceramics to improve the service life, and to guarantee the reliability of the results.
Main Features：
1. Principle: Particles of different sizes scatters the illuminating laser into different patterns. In this instrument He-Ne laser is used to illuminate and photon detector arrays measure the forward, sideward and backward scattered laser. Software automatically converts the patterns into size distributions.
2. Novel technique: It uses a patented technique of Fourier transform of converging light, the technique of spectrum amplication and the design of perpendicular light paths. Photon detector arrays measure the forward, sideward and backward scattered laser. This ensures the precision and reproducibility of the measurement results obtained from nano-particles.
Dispersing system:
1. Wet dispersing: We carefully aligned the stirring set-up, the ultrasonic dispersing unit and the sample circulation pipes, and fixed them inside the instrument. Such a built-in design effectively prevents the inhomogeneous dispersion and sedimentation of big particles, which can be observed in the designs that these dispersing units are separated from the instruments, where the sample circulation pipes are therefore too long.
2. Dry dispersing: A patented turbulence dispersing technique thoroughly mixes the samples and air. Key parts of the dispersing system are made of wear-resistance ceramics to improve the service life, and to guarantee the reliability of the results.
Particle size analyzer / laser - 0.1 µm - 340 µm
The ABT-9300S laser particle size analyzer uses an anti-interference technology that enhances electrical stability, and decreases fault rate. It is also equipped with two sample feeding modules, such as the small cell, and...
Particle size analyzer / laser - 0.1 µm - 340 µm
The ABT-9300S laser particle size analyzer uses an anti-interference technology that enhances electrical stability, and decreases fault rate. It is also equipped with two sample feeding modules, such as the small cell, and...
Particle size analyzer - 1 - 3000 μm
Angstrom Advanced Inc. has introduced a multifunctional unit BT-1600 image particle analysis system which includes testing options for image distribution test and particle shape analysis....
Particle size analyzer - 1 - 3000 μm
Angstrom Advanced Inc. has introduced a multifunctional unit BT-1600 image particle analysis system which includes testing options for image distribution test and particle shape analysis. The unit consists of an optical microscope, image acquisition system, CCD camera, computer, printer and software. - integrating traditional microscopy and advanced image processing technology. Besides giving the shape of the particle, the unit can also give particle size distribution and ratio of length to diameter. The image process includes gray-scale transform, separation, delete, rotate, color transform, paste, filter, patching and zoom in or out. The system can also crop and paste several images to make up a complete image.