Overview

Aerosol Particle Size Analyzer LMPSA-A100 analyzes airborne substances ranging from 0.1 to 100 µm. Equipped with 40 channels to ensure detailed classification across a broad spectrum of molecules. It features a stable semiconductor light source for consistent performance during evaluation. Built with a lightweight construction for easily integrate into any laboratory workspace. Our Aerosol Particle Size Analyzer is ideal for environmental quality monitoring, pharmaceutical research and combustion studies.

Features :

Open Sample Feeding

SOP-Based Automation

High Laser Wavelength

Optimized Measurement Area

Real-Time Data Acquisition

Specifications :

Particle Size Range	0.1 to 100µm
Number Of Channels	40
Accuracy Error	Less than or equal to 1%
Repeatability Error	Less than or equal to 1%
Light Source	Semiconductor
Laser Wavelength	650nm
Sample Feeding	open
Measurement Area Length	6cm
Auto Platform Control	SOP-based automation; one-click spray point setup and return
Laser Power	Greater than 1 mW
Net Dimension (L×W×H)	720 × 620 × 370 mm
Gross Dimension (Package 1)	1110 × 400 × 550 mm
Gross Dimension (Package 2)	550 × 550 × 370 mm
Net Weight	30 kg
Gross Weight	92 Kg

Applications :

Aerosol Particle Size Analyzer LMPSA-A100 is ideal for evaluating indoor and outdoor air quality through particulate analysis and supports research on inhalable drug formulations, aerosolized vaccines, and their delivery efficiency in pharmaceutical studies.

Selection Guide :

Aerosol Particle Size Analyzer LMPSA-A100 is suited to environmental monitoring applications, cleanroom validation, inhalation toxicology, industrial hygiene, and aerosol research. It provides accurate, real-time measurement of particle size distribution, making it useful for air quality studies, emission analysis, and workplace safety evaluation. Its portability, high-resolution detection capability, and data logging features make it suitable for both laboratory and field-based experiments. Its applications are flexible, enabling researchers and professionals to choose it according to individual application requirements.