Introduction

Laser Particle Size Analyzer is designed for high-precision analysis of dry powders across a wide particle size range from 0.1 µm to 2000 µm. Its optical path is optimized for high stability, incorporating a high-power imported fiber laser (650 nm). This analyzer includes an advanced active feeding mechanism tailored for pharmaceutical powders. The main and auxiliary detector combination ensures full-range seamless detection. Our analyzer is ideal for applications in pharmaceuticals, fine chemicals, and materials research.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Laser Particle Size Analyzer is used for precise dry powder particle size analysis in pharmaceuticals, chemicals, and materials research. It is ideal for quality control, formulation development, and batch consistency monitoring.

Specifications

Dispersion Type Dry
Measurement Range 0.1 to 2000 µm
Number of Channels 120
Accuracy Error Less than 1%
Repeatability Error Less than 1%
Light Source Fiber output high power laser, λ = 650 nm, Power is greater than 15 MW
Detector Main detector and Auxiliary detector
Dispersion Mode Dry method dispersion
Dispersion Technique High pressure air dispersion
Feeding Active feeding system
Optical Path Alignment Fully automatic proofreading
Operation mode Software automatic control operation
Standard 13320-1:1999, GB/T19077.1-2008
Test Speed Less than 1 min/time
Software Running Windows 7/10/XP, 64 bits
Analysis Mode Free Distribution, R-R Distribution, Log Normal Distribution, Mesh number classification etc.
Statistic Method Volume Distribution, Quantity Distribution
Test Report Word, Excel, , Text etc.
Dimension 1040 × 505 × 335 mm
Weight 45 kg

Features

Automatic one-key dry testing

High-pressure air dispersion

No residue in the pipeline after testing

Dustproof and shockproof sealed design

Electronic signature and data tracking

Allows batch comparison

Supports multiple analysis modes and statistical methods

Intelligent operation mode

FAQs

1. What is the Laser Particle Size Analyzer used for?

Laser Particle Size Analyzer is designed for precise measurement of dry powder particle sizes across a wide range of 0.1 µm to 2000 µm. It is particularly suited for applications in pharmaceuticals, fine chemicals, and material science where accurate particle characterization is essential for quality control, formulation optimization, and batch consistency.

2. What makes the Laser Particle Size Analyzer suitable for pharmaceutical powders?

Laser Particle Size Analyzer incorporates a high-pressure air dispersion system and an active feeding mechanism, which are especially effective for fine, cohesive pharmaceutical powders. These features ensure uniform dispersion without particle agglomeration, enabling accurate analysis. Additionally, its seamless optical detection and -compliant software ensure the analyzer meets pharmaceutical industry standards.

3. What dispersion method does the Laser Particle Size Analyzer use?

The Laser Particle Size Analyzer uses a dry dispersion method based on high-pressure air dispersion. This eliminates the need for liquids or surfactants, making it ideal for materials sensitive to moisture or solvents. It ensures particles are individually analyzed, improving measurement accuracy and reliability for dry powder samples.

4. How accurate and repeatable is the Laser Particle Size Analyzer ?

Laser Particle Size Analyzer offers exceptional performance with an accuracy error of less than 1% and a repeatability error also below 1%. This high level of precision is achieved through its 120-channel detection system, fully automatic optical path alignment, and advanced software-driven control, ensuring reliable results even in demanding research or industrial settings.

5. What kind of software capabilities does the Laser Particle Size Analyzer offer?

Laser Particle Size Analyzer includes intelligent software with features like electronic signature, data tracking, and batch comparison, critical for regulated environments. It supports various analysis modes such as Free Distribution, R-R Distribution, and Log Normal Distribution, along with multiple statistical methods like Volume and Quantity Distribution. Reports can be exported in Word, Excel, , or Text formats, making data handling and compliance straightforward.

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