Particle size analyzer

1、 Product Introduction

Particle size analyzerIt is a particle characterization instrument based on static image analysis technology. It integrates a high-precision optical microscope and an 8-megapixel high-definition camera, which can clearly capture the fine morphology of particles ranging from 0.5 microns to 4500 microns. Through intelligent software, it automatically analyzes more than 20 morphological parameters such as particle size distribution, aspect ratio, roundness, etc., providing comprehensive and accurate data support for quality control and research and development innovation in fields such as materials chemistry, biomedicine, and new energy.
IIParticle size analyzerApplication Fields

1. Abrasives: such as silicon carbide, corundum, diamond, garnet, etc.

2. Battery materials: spherical graphite powder, etc.

3. Metal powder: such as spherical aluminum powder, lead tin alloy powder, and other atomized metal powders.

4. Non metallic powders: such as glass beads, polystyrene, etc.

5. Needle shaped powder: such as wollastonite, etc.

6. Biological agents: such as cells.

7. Food: such as milk, flour, etc.

8. Other: such as scientific research, teaching, etc.

3、 Product Features

1. High definition imaging and intelligent detection
Using an imported microscope and an 8-megapixel Sony sensor, combined with a 1.62 μ m pixel, it can accurately capture the subtle morphology of particles; Support manual adjustment of stage, light source, and focal length, easy to operate, ensuring stable acquisition of high-quality particle images. It can accurately analyze various algorithm parameters such as particle size, Feret diameter, ellipticity, roundness, aspect ratio, etc., to achieve comprehensive characterization of particle morphology.

2. ★ Intelligent operation and calibration
Equipped with auxiliary focusing function, supporting one click automatic calibration for clear observation of particle status; Based on high-precision calibration plates, parameter settings are automatically completed to avoid manual input errors and ensure measurement accuracy and repeatability.

3. Flexible measurement and sampling methods
Equipped with four objective lenses: 2X, 4X, 10X, and 40X, covering a wide measurement range of 0.5 μ m to 4500 μ m, with the 4X lens capable of spanning three orders of magnitude; Support human-computer interaction sampling, with freely selectable sampling locations, suitable for multiple sample types and analysis needs.

4. Intelligent image processing and precise analysis
The instrument supporting software adopts optimized binary algorithm and non noise reduction edge recognition technology, which can automatically and accurately identify and segment various sample contours, including translucent particles; At the same time, it has the function of automatic identification and elimination of adhesive particles, effectively filtering overlapping and abnormal data points, ensuring the accuracy and reliability of particle size and shape analysis results from the source.

5. ★ Powerful data processing and report output
Provide professional report templates with rich content, supporting both Chinese and English formats, including standard and simplified formats, which can display measurement results with both graphics and text; The report can cover dozens of parameters and their distribution charts and particle images in five major categories, and the header information can be automatically generated without manual filling. It also supports quick customization of report templates in different formats and languages as needed, and one click export of professional reports.

6. Good compatibility and scalability
The camera interface is compatible with USB 2.0 and 3.0, and is compatible with multiple computing platforms; The software runs stably, supports historical data tracing and reprocessing, and has good system integration and expansion capabilities.

7. Professional gas pressure dispersion system
A dedicated disperser can be optionally selected to ensure uniform dispersion of the sample, keeping the particles in a good separation state during measurement to obtain accurate measurement results.

fourTechnical parameters