LISICO Laser Particle Analyzer

■ Installed on the production site

■ Automatic sampling

■ automatic testing

■ Automatic control (optional)

Brief description

LISICO Laser Particle AnalyzerOnline 1 Directly sampling, measuring, recovering, and processing data from the powder conveying pipeline, transmitting real-time data to the control center and controlling production equipment, providing real-time particle size monitoring and control for various large-scale dry powder production lines.

LISICO Laser Particle AnalyzerThe system has double-layer air curtain lens protection, sampling tube blockage prevention, anti-interference, automatic centering, remote wired data transmission, and a continuous operation cycle of up to 180 Excellent performance.

System Application Diagram

Outstanding features

Sampling technology: Venturi negative pressure sampling, which can be directly sampled from the pipeline through a flute shaped sampling tube, or sampled through a reamer sampler. The sampling system has dispersion, anti blocking, anti blowing, anti-static, and multi-point sampling design, with good representativeness.

Multi purpose: One instrument can monitor multiple production lines. Standard configuration can monitor simultaneously1-4The production line and sampling pipelines are independent of each other, tested alternately, and do not interfere with each other.

High precision air filtration system: using imported precision filters,4 Grade filtration, with the functions of removing impurities, oil, and water, ensures that the compressed air is dry and clean, thereby ensuring the continuous and stable operation of the instrument.

Lens protection technology: Based on aerodynamic principles, dual air curtains are used between the lens and the testing area to protect the lens from contamination, with a maintenance cycle of ≥ 180 Oh my god.

Accuracy verification: The instrument can be validated for accuracy using standard samples.

Test samples can be sent back to the production line (or not): no pollution, no emissions.

Real time display of monitoring curve: The minimum testing interval of this system can be set to 1 Seconds, the monitoring curve can be defined as needed.

technology

Laser diffraction technology: Large aperture Fourier lenses and large-sized photodetector arrays are installed in the Fourier transform optical system, with a total of detectors 68 It has achieved precise detection of scattered signals, improved the measurement range, enhanced the measurement accuracy of fine particle ends, and improved the resolution.

Automatic alignment technology: an automatic alignment system composed of precision execution units and control units. Even if the optical path deviates due to environmental vibrations, temperature changes, and other factors, the system will automatically correct to ensure that the optical path system is always in the best state.

Dry dispersion technology: equipped with a dry disperser (optional), it can also obtain accurate particle size results for products with strong agglomeration characteristics.

One click operation: After starting the device, the software clicks the "Start" button, and the instrument automatically executes online sampling, dispersion, testing, recycling and other testing processes, achieving automated online monitoring of powder production particle size.

Technical Specifications

monitoring project

particle size distribution

Typical values:D10TheD50TheD90TheD97TheD98Typical interval content: such as< 3 Mm、3-32Mm、32-65Mm,> 45 Mm,> 80 Mmwait

Volume average diameterD[4,3]

Area average diameterD[3,2]

specific surface area

execution standard

GB/T 19077-2016National standard for laser particle size analyzerISO 13320:2009International standard for laser particle size analyzerQ/ASA 001-2021Enterprise standard for laser particle size analyzer