Labmate Wet Laser Particle Size Analyzer LMWLA-A100
Labmate Wet Laser Particle Size Analyzer LMWLA-A100 provides high-precision particle size measurement in liquids from 0.1 to 800 µm. Its computer-controlled, one-click operation enables fast, fully automated testing. The analyzer features advanced optical design with automatic calibration, anti-dry burning, and misoperation protection, ensuring reliable, bubble-free operation. A micro circulation system with ultrasonic dispersion ensures uniform particle analysis for accurate, repeatable results.
Product Info
Key Features
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Measurement range: 0.1–800 µm
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96-channel detection for full-range analysis
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Ultrasonic dispersion: 40 kHz, 100 W
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Sample cell volume: 190–600 mL
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Adjustable circulation speed: 100–33,950 rpm
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Circulation flow: 0–30 L/min
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Optical calibration time: ≤15 s
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Laser wavelength: 635 nm, power >10 mW
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Boiling-type sample cell with quick-change window
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Dustproof, shockproof construction
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Dew point measurement and micro circulation system
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Fast testing speed: <1 minute per test (excluding dispersion)
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Accuracy and repeatability error <0.5%
Applications
Ideal for particle size analysis in pharmaceuticals, paints, ceramics, cement, and materials research. Suitable for quality control, R&D, and formulation studies, analyzing emulsions, slurries, pigments, coatings, and nanomaterials.
Technical Highlights
Parameter Specification Measurement Range 0.1–800 µm Detector Channels 96 Sample Cell Volume 190–600 mL Testing Speed <1 minute per test (excluding dispersion) Accuracy Error <0.5% Repeatability Error <0.5% Optical Calibration Time ≤15 s Circulation & Mixing 100–33,950 rpm, adjustable Circulation Flow 0–30 L/min, adjustable Micro Circulation System Volume >180 mL Laser Wavelength 635 nm Laser Power >10 mW Dispersion Method Ultrasonic Ultrasonic Frequency 40 kHz Ultrasonic Power 100 W Dimensions 680 × 410 × 450 mm Weight 35 kg Labmate LMWLA-A100 combines rapid, accurate wet particle analysis with robust construction, making it suitable for laboratory research and industrial applications requiring precise control over particle size distribution in liquid suspensions.
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