EN
SKZ1062B Dry Method Laser Particle Size Analyzer
Description
SKZ1062B
Dry method laser particle size analyzer with fully automatic operation
Based on Mie scattering theory with forward & backward Fourier transform
Measuring range: 0.1 – 600μm (inferred from spec sheet)
Accuracy & repeatability (Dv50) better than ±0.5% (NIST traceable)
Unique dry dispersion system with residue-free pipeline design
Laser intelligent management system with 30,000h lifetime
One-button fully automatic measurement
Dual-lens technology for purer optical background
Ultra-high-speed mainboard: 10,000 times/second sampling
Complies with GB/T 19077-2016 / ISO 13320:2009
1. 【Advanced Dry Dispersion Technology】 Features a unique dry powder dispersion system with optimized design based on French theoretical data, ensuring more uniform dispersion of dry powders. Powerful negative pressure guarantees continuous and even feeding, effectively preventing agglomeration of dry powder particles during testing.
2. 【Superior Measurement Precision】 Delivers accuracy and repeatability (Dv50) better than ±0.5% using NIST traceable standard samples, ensuring reliable and internationally comparable results for critical quality control applications.
3. 【Laser Intelligent Management System (LIMS)】 Adopts internationally advanced LIMS that continuously monitors instrument status. Laser reaches stable working state within 3 seconds. After measurement, system automatically shuts down laser, significantly reducing laser degradation and theoretically making the laser source last the entire instrument lifetime.
4. 【One-Button Fully Automatic Operation】 Simply click "Start Automatic Test" to initiate a fully automated process including dust collection, gas supply, background collection, sampling, sample dispersion, data acquisition, saving results and system purging. Operators only need to load the sample — results are completely free from human influence.
5. 【Dual-Lens Technology for Enhanced Sensitivity】 Adopts single-light-path dual-lens technology combining a Filter Lens and a standard Fourier Transform Lens, effectively filtering out unnecessary stray light from the optical signal for purer optical background and enhanced measurement sensitivity.
6. 【Ultra-High-Speed Data Acquisition】 Features ultra-high-speed data acquisition board with sampling speed of 10,000 times per second, allowing the instrument to obtain accurate results within 0.1 seconds as the sample passes through the laser beam.
7. 【Misoperation Protection System】 Built-in misoperation protection makes the instrument unresponsive to incorrect commands. Equipped with multiple hardware protections including airflow sensor, pressure sensor and current overload protection, ensuring safe and reliable operation.
8. 【Dustproof & Shockproof Design】 Incorporates shock-absorbing and dust-proof designs for a more stable optical path system, eliminating the need for future detector adjustments and ensuring long-term measurement stability.
9. 【Residue-Free Sample Path Design】 Optimized pipeline and drainage structures with proprietary circulation pump technology prevent residual liquid accumulation, avoiding any impact on subsequent test data and ensuring consistent measurement accuracy.
10. 【Wide Application Scope】 Widely used for analyzing various metallic and non-metallic powders: mineral powders (calcium carbonate, talc, kaolin, graphite, barite, mica, bentonite, diatomite, silica, etc.), industrial materials (lithium battery materials, catalysts, phosphors, cement, abrasives), chemical and pharmaceutical products, food and agricultural products, coatings and pigments, ceramic raw materials, paper industry materials, and many other powder samples.
11. 【Operating Conditions】 Operates at 0-45°C with 10-85% relative humidity (non-condensing). Dimensions: 780×280×300mm, weight: 35kg. Power supply: 220V (±20V), 50-60Hz.
12. 【Standard Compliance】 Fully complies with GB/T 19077-2016 and ISO 13320:2009 international standards, ensuring measurement results are globally recognized for quality control and international trade.
