TSM-A1 Intelligent Nanoparticle Size Analyzer Introduction: TSM ultrafine particle size analyzer is a new type of particle size analyzer based on the principle of extinction method, used to measure the size distribution of ultrafine particles. This instrument consists of a host, computer and printer, instrument operating software, etc. The instrument has the advantages of simple operation, short measurement time, and man-machine dialogue interface with good operating software. It can be widely used in electronics, optics, chemical, pharmaceutical and other industries to measure the average size and size distribution of particles and droplets of ultrafine solid particles, suspoemulsions, suspensions, etc. The measurement results of the particle size distribution and cumulative distribution of the tested particles, as well as various average particle sizes and specific surface areas such as D32, Dv50, are given in the form of tables and histograms. Features: 1. High-power white light source 2. Adopt domestic spectral receiver 3. Collecting the results of many years of research, the perfect application of the unique extinction theory 4. Unique inversion algorithm to ensure the accuracy of particle measurement 5. USB interface, instrument and computer integrated equipment, 10.8-inch touch screen, directly display data and particle size distribution, can be connected to U disk, printer, mouse, etc. 6. Micro fixed sample pool, ultra-high sensitivity, only a small amount of samples are needed 7. The software is personalized and provides many functions such as measurement wizard, which is convenient for users to operate; 8. The measurement result output data is rich, stored in the database, and can be called and analyzed with any parameters, such as the operator's name, sample name, date, time, etc., to realize data sharing with other software; 9. The instrument is beautiful in appearance, small in size and light in weight; 10. High measurement accuracy, good repeatability and short measurement time; 11. The software provides the refractive index of many substances for users to choose to meet the user's requirements for finding the refractive index of the measured particle; 12. Considering the confidentiality requirements of test results, only authorized operators can enter the corresponding database to read data and process; Technical parameter: Model: TSM-A1 Light source power: 20W 12V halogen lamp Receiver: domestic optical spectrum receiver Particle size measurement range: 0.05μm-10.0μm Repeated measurement error: <2% Measurement error: <3% (use national standard particle inspection); Data output: Volume and quantity differential distribution and cumulative distribution tables and graphs; various statistical average diameters; operator name, unit, sample name; selection of refractive index, measurement time and other related information. User login function: multiple users and passwords can be set, operated by different personnel Audit trail function: monitor all operations of each user on the device Communication interface: USB interface Sample cell: fixed sample cell 4.5mL Measurement and analysis time: Less than 1 minute under normal conditions (from the start of the measurement to the display of the analysis result). Working environment temperature: 5-30 ℃; Power supply: 180-240V, 50 Hz; Dimensions: 320 mm×280 mm×120 mm; Weight: 8kg
Introduction: TSM ultrafine particle size analyzer is a new type of particle size analyzer based on the principle of extinction method, used to measure the size distribution of ultrafine particles. This instrument consists of a host, computer and printer, instrument operating software, etc. The instrument has the advantages of simple operation, short measurement time, and man-machine dialogue interface with good operating software. It can be widely used in electronics, optics, chemical, pharmaceutical and other industries to measure the average size and size distribution of particles and droplets of ultrafine solid particles, suspoemulsions, suspensions, etc. The measurement results of the particle size distribution and cumulative distribution of the tested particles, as well as various average particle sizes and specific surface areas such as D32, Dv50, are given in the form of tables and histograms.
