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Labmate Laser Particle Size Analyzer effectively measures particle sizes ranging from 0.1 to 1000 microns. They provide real-time data with advanced laser scattering technology ensuring detailed analysis. Their user-friendly interface and compact design make operations simple in various laboratory settings. They include software for data interpretation and ensure consistent performance in different conditions. Our Laser Particle Size Analyzer are ideal for quality control and research in pharmaceutical and material science industries.
Frequently Asked Questions
1 What is a Laser Particle Size Analyzer?
A Laser Particle Size Analyzer is an apparatus designed to measure the size distribution of particles in a sample.
2 How does Laser Particle Size Analyzer work?
It measures particle size by analyzing light scattering patterns when a laser passes through a sample.
3 Can Laser Particle Size Analyzer be used for nanomaterial analysis?
It is commonly used for nanomaterial analysis.
4 What types of materials can be analyzed using Laser Particle Size Analyzer?
It can analyze a wide range of materials such as powders, liquids, emulsions and aerosols.
5 Can Laser Particle Size Analyzer be used in real-time monitoring?
It is widely used for real-time monitoring.
6 What kind of maintenance does Laser Particle Size Analyzer require?
Regular maintenance includes cleaning of optical components, proper calibration and ensuring that the system is free from contamination.
7 Can Laser Particle Size Analyzer be used for wet and dry samples?
It can analyze both wet and dry samples.
8 Can Laser Particle Size Analyzer analyze complex materials?
It can analyze a wide range of complex materials such as multi-component systems, emulsions and suspensions.
9 Can Laser Particle Size Analyzer detect particle size distribution in different environments?
It is capable of measuring particles in a variety of environments such as vacuum and air.
10 Does temperature affect Laser Particle Size Analyzer results?
It affects the dispersion of particles and their optical properties.