Bettersize3000plus laser image grain size analyzer Introduction
Bettersize3000plus laser image particle size analyzer is an intelligent laser particle size analyzer that uses a semiconductor pumped 532 nm wavelength polarized laser as the light source. It uses a single optical full-angle measurement optical path system. The scattered light detection angle has no dead angle and has the highest detection angle. Resolution. At the same time, a dynamic particle image measurement system is combined on the basis of laser scattering measurement to make the measurement of coarse particles more accurate. At the same time, Baxter's proprietary technology can be used to fuse laser method data and image method data. The test results, and the image method can also give information on the grain shape. The combination of laser method and image method is the first initiative of Baxter in China. This instrument also has a remarkable feature that it can measure the refractive index. The refractive index is a very important parameter in the laser particle size analyzer test. Whether it is correct or not has a vital effect on the accuracy of the measurement results. Then Baxter Based on the Bettersize3000plus instrument, combined with many years of research results, we have developed a creative refractive index measurement system to ensure the true and accurate measurement results of the instrument.
The combination of laser method and image method, refractive index measurement technology, these two technologies are also leading-edge technologies in the world, so the performance of Bettersize3000plus is the top in the world. It also has functions such as concentration measurement, specific surface area estimation, and specific gravity estimation. In other aspects, it has special functions such as automatic test, automatic centering, automatic water inlet, automatic drainage, automatic bubble elimination, and automatic cleaning. Imported high-performance imported semiconductor pump laser with a lifetime of more than 25,000 hours; Imported high-precision lens group, clear imaging and small distortion, ensuring that weak scattered light signals at various angles are not leaked. The imaging system uses German high-speed CCD and high-quality telecentric lens to make particle imaging clear. Using high-speed particle recognition software, it can analyze tens of thousands to hundreds of thousands of particles per minute. This instrument has outstanding features such as accuracy and reliability, good repeatability, easy operation, and fast test speed. It is a new generation of high-performance particle size testing instrument integrating laser technology, computer technology, digital imaging technology, and optoelectronic technology. , Can compete with foreign particle size analyzers, especially suitable for enterprises, universities, research institutes and other laboratories. Features
Oblique incidence dual lens technology: Baxter's patented technology, using laser oblique incidence technology, combined with forward, lateral and backward scattered light detection technology to achieve full-angle measurement, expanding the measurement range, improving the measurement accuracy of fine particle ends, and improving The resolution.
Two-in-one technology of microscopic image and laser scattering: The laser method has advantages in testing fine particles, and the image method has high accuracy in testing coarse particles. The combined use of laser and image tests is a strong and powerful combination, and the test results are more accurate.形 分析。 Shape analysis.
Sample refractive index test technology: For samples with unknown refractive index, the refractive index can be measured first, including the real part and the imaginary part, to ensure the accuracy of the particle size test.
Automatic circulation dispersion and automatic testing technology: anti-dry-burning ultrasonic disperser, centrifugal circulation pump, automatic water inlet system, automatic drainage and overflow system, suitable for all samples, ensuring the sample is fully dispersed, and ensuring the accuracy and repeatability of the test . Technical Parameters
Laser scattering system
Test range: 0.01-3500μm
Sample injection method: automatic circulation dispersion system
Repeatability error: ≤0.5% (deviation of national standard D50)
Accuracy error: ≤0.5% (national standard sample D50 deviation)
Measuring principle: Mie scattering theory
Measurement method: automatic measurement (SOP), automatic alignment
The fastest measurement time: ≤10 seconds
Laser source: Polarized pumped solid-state laser (10mW / 532nm)
Optical path system: oblique incidence dual lens optical path system
Dew point temperature measurement: Yes
Refractive index measurement range: 1.4-3.6
Operating system: WinXP / Win7 / Win8 / Win10
Interface method: USB2.0 or 3.0
Photodetector: 96
Ultrasonic power: 50W
Circulating tank volume: 600ml
Circulation flow: 3000-8000ml / min
Product mix: X product + Y product = Z product
Voltage: AC220V, 50 / 60Hz
Volume and weight: 820 × 610 × 290mm, 48kg
Microscope imaging system
Image analysis range: 2-3500μm
Imported high-speed CCD: 120 frames / second
Magnification: 20 times / 400 times
Image recognition speed: 10,000 particles / minute
Analysis items: particle size distribution, maximum particle size, aspect ratio, circularity, etc.
Introduction
Bettersize3000plus laser image particle size analyzer is an intelligent laser particle size analyzer that uses a semiconductor pumped 532 nm wavelength polarized laser as the light source. It uses a single optical full-angle measurement optical path system. The scattered light detection angle has no dead angle and has the highest detection angle. Resolution. At the same time, a dynamic particle image measurement system is combined on the basis of laser scattering measurement to make the measurement of coarse particles more accurate. At the same time, Baxter's proprietary technology can be used to fuse laser method data and image method data. The test results, and the image method can also give information on the grain shape. The combination of laser method and image method is the first initiative of Baxter in China. This instrument also has a remarkable feature that it can measure the refractive index. The refractive index is a very important parameter in the laser particle size analyzer test. Whether it is correct or not has a vital effect on the accuracy of the measurement results. Then Baxter Based on the Bettersize3000plus instrument, combined with many years of research results, we have developed a creative refractive index measurement system to ensure the true and accurate measurement results of the instrument.
The combination of laser method and image method, refractive index measurement technology, these two technologies are also leading-edge technologies in the world, so the performance of Bettersize3000plus is the top in the world. It also has functions such as concentration measurement, specific surface area estimation, and specific gravity estimation. In other aspects, it has special functions such as automatic test, automatic centering, automatic water inlet, automatic drainage, automatic bubble elimination, and automatic cleaning. Imported high-performance imported semiconductor pump laser with a lifetime of more than 25,000 hours; Imported high-precision lens group, clear imaging and small distortion, ensuring that weak scattered light signals at various angles are not leaked. The imaging system uses German high-speed CCD and high-quality telecentric lens to make particle imaging clear. Using high-speed particle recognition software, it can analyze tens of thousands to hundreds of thousands of particles per minute. This instrument has outstanding features such as accuracy and reliability, good repeatability, easy operation, and fast test speed. It is a new generation of high-performance particle size testing instrument integrating laser technology, computer technology, digital imaging technology, and optoelectronic technology. , Can compete with foreign particle size analyzers, especially suitable for enterprises, universities, research institutes and other laboratories.
