The PA-2000I Hybrid particle size and shape analyzer is an advanced analysis device that integrates laser particle size analysis and image morphology analysisWith its unique technological advantages and comprehensive functional configuration, it occupies an important position in the field of particle characteristic analysis.

　　1、 Core technical features

1. Dual technology integration: The PA-2000I Hybrid particle size and shape analyzer combines laser occlusion time technology with dynamic image analysis technology to achieve accurate measurement of particle size and shape simultaneously. The laser channel directly determines the particle size distribution (0.1-3600 microns) without any assumptions or prior knowledge of the sample, and the analysis results are not affected by the physical and chemical properties of the particles.

2. High precision measurement: Using a 2mW helium neon laser, the laser resolution reaches 0.33% of the full size, up to 0.2 microns. This direct measurement technique for particle size has higher resolution, smaller detection limits, and higher measurement accuracy, with a measurable concentration range of up to 10 ^ 9 particles/cc (1 micron particles).

3. Multi functional integration: The instrument can measure liquid, solid, and airborne particles within the range of 0.1-5000 microns, supporting multiple sample types. The software algorithm can automatically pre program and calculate all parameters, including analysis parameters of particle size and shape such as strip diameter, area, perimeter, roundness, aspect ratio, etc.

　　2、 Functional configuration advantages

1. Image analysis capability: Using video channel technology, presenting 2D particle dynamic size and shape within the particle size range of 1-5 microns. The obtained particle images are analyzed and displayed by powerful image software, which involves more than ten analysis parameters of sample particles. The software can automatically analyze and process the particle images.

2. Intelligent software system: The software adopts a friendly design and has the ability to automatically process particle images, which can assist in optimizing particle sample measurement. The S/W parameter can be used separately for microscope applications, and when a compatible CCD camera is installed on an optical microscope, the acquired images can also be analyzed accordingly.

3. Online measurement capability: It can provide analysis solutions for cast-in-place width applications and process varieties, and achieve real-time monitoring of grinding, crystallization, polymerization, homogenization, filtration, separation, drying, dispersion and other processes in pilot factories, reactors or laboratories.

　　3、 Technical specifications and specifications

The instrument size is 740L × 420W × 240H (mm), weighing 14Kg, equipped with a 2mW helium neon laser (632.8nm) and a silicon photodiode detector. The video lighting adopts synchronous frequency flash, adjustable intensity and time, and the video resolution is CCD camera NTSC 640 × 480 pixels. The software package supports Windows XP, MS Office, and S/W software packages, with power supplies of 100-130V, 205-240V, 50/60HZ.

　　4、 Widely applicable fields

This instrument is widely used in various fields such as geology, environment, pharmaceutical biotechnology, chemistry, ceramics and metals, energy, food, heavy industry, and life sciences. Specific applications include soil, sand, and clay analysis, monitoring of seawater, tap water, and wastewater, detection of drug powders and suspended solids, analysis of pesticides and dispersants, research on alumina and silica materials, testing of coal, fuel, and slurry, quality control of emulsions, fine powders, beer, and coffee, analysis of polymers, oil droplets, and fillers, as well as research on bacteria, yeast, and cells.

The PA-2000I Hybrid particle size and shape analyzer provides strong technical support for scientific research and industrial production with its advantages of high-precision measurement, multifunctional integration, easy operation, and wide application. It is an ideal choice in the field of particle characteristic analysis.