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Measurement Range

Detector Channels

Testing Speed

Accuracy Error

Repeatability Error

Dry Laser Particle Size Analyzer

Labmate Dry Laser Particle Size Analyzer features advanced high-stability optical path. They offer computer-controlled processing for reliable sample handling and controlled testing conditions. These utilize high-pressure air dispersion for consistent particle separation. Their multiple protection features prevent misoperation and ensure safe workflow. Our Dry Laser Particle Size Analyzer supports particle analysis in pharmaceuticals, metallurgy, minerals and ceramics.

Dry Laser Particle Size Analyzer LMDLA-A100

  • Measurement Range: 0.1 to 2000 µm
  • Detector Channels: 120
  • Testing Speed: Less than 1 minute per test (excluding dispersion)
  • Accuracy Error: Lesser than 1%
  • Repeatability Error: Lesser than 1%

$ 20250 / Each of 1

Dry Laser Particle Size Analyzer LMDLA-A101

  • Measurement Range: 0.1 to 800 µm
  • Detector Channels: 120
  • Testing Speed: Less than 1 minute per test (excluding dispersion)
  • Accuracy Error: Lesser than 1%
  • Repeatability Error: Lesser than 1%

$ 17812.5 / Each of 1

Selection Guide for Dry Laser Particle Size Analyzer

When selecting Dry Laser Particle Size Analyzer, the measurement range plays a crucial role in ensuring it suits the application. Models offering a range of 0.1 to 2000 µm or 0.1 to 800 µm are best suited for analyzing a wide variety of dry powders and granules used in industries like pharmaceuticals, cement, mining, and food. A broader range (up to 2000 µm) allows analysis of both ultra-fine and coarse particles, providing greater flexibility. With 120 detector channels, these analyzers deliver high-resolution data, while a testing speed of less than 1 minute per test (excluding dispersion) supports fast-paced operations. Additionally, with an accuracy error and repeatability error of less than 1%, customers can rely on the analyzer for accurate and consistent particle size measurements, making it a dependable choice for quality control and R&D processes.