HYLOLOGY HYL-2100 Particle Image Analysis System
SE
HYL-2100
hylology HYL-2100 Particle image analysis systemSPEC
hylology HYL-2100 Particle image analysis systemDetails
hylology HYL-2100 Particle image analysis systemPacking list
- SKU
- NB015263
- test range
- 1~3500μm
- Camera resolution
- 2048 × 1536 pixels
- system magnification
- 4000 times
- Repeatability Error
- < 2% (excluding error due to sample prepative factors)
- System resolution
- 0.1 micron
- Digital Camera (CCD)
- 5 million pixels
- Microscope
- Microscope
- Ruler scale
- 10μm
- Camera system
- Maximum resolution 2048 × 1536; pixel size 2.2µm × 2.2µm; frame rate 5FPS; signal-to-noise ratio 40.5dB; sensitivity 0.53V/lux-sec; output mode USB2.0
- calibration function
- Use ruler calibration to make measurement results accurate
- Automatic segmentation, multiple images merge function
- The software has automatic segmentation and manual segmentation functions, among which the automatic segmentation function is convenient, accurate and fast; the software adopts the function of merging multiple pictures to make up for the shortcomings of insufficient representation of the image particle size instrument
- analysis project
- Particle size distribution, aspect ratio distribution, circularity distribution, monomer particles and particle groups, etc
- Automatic segmentation speed
- < 1 second. Segmentation success rate: > 93%
- Software operating environment
- Windows XP、Windows7
- interface mode
- USB mode
- Output item
- Including original parameters (including sample information, test information, etc.), analytical data (including interval distribution, cumulative distribution, average diameter, aspect ratio, and aspect ratio distribution, etc.), distribution graphics (interval distribution histogram and cumulative distribution Linear dispersion, etc.)
Introduction
HYL-2100 particle image analysis system is a multifunctional particle analysis system developed by Dandong Haoyu Technology Co., Ltd. The system consists of optical microscope, industrial CCD camera, computer, printer and image analysis software. Its basic workflow is as follows: 1. Take pictures of particles through optical microscope and video camera and transmit them to the computer; 2. Use special analysis software to process and analyze the images of particles; 3. Use computer display or printer output for analysis result. This system not only has the characteristics of intuition, image and accuracy, but also can directly observe the morphology of particles and obtain indicators such as particle size distribution, aspect ratio and sphericity. It provides an intuitive and visual means for particle analysis.
Features
1. This system uses the number of pixels contained in each particle in the particle image to make statistics, and calculates the isometric area and spherical volume of each particle. In this way, the iso-circular diameter and iso-spherical diameter of each particle are obtained, and then all the particles in the image are counted, and finally the particle size distribution and other information of the analyzed sample are obtained.
2. This system can perform grayscale conversion, segmentation, deletion, filling, Graduation, smoothing, stitching and other processing on the image, and can also perform the above processing on multiple images at the same time, so as to improve the representativeness of the analyzed samples and make the processing results more accurate ,Honest and reliable.
3. After processing the image, the system can automatically count the number, area, volume, sphericity, aspect ratio, and particle size distribution data and graphics of the particles.
4. The original picture can be selected in the print report to make the test report more intuitive. At the same time, it can also print the data of particle size distribution, distribution curve, data information of each particle, aspect ratio, sphericity, etc.
Application
Research, processing and application of various metal powders, non-metal powders, and other powders. It is especially suitable for material analysis laboratories in colleges and universities and scientific research institutes.