Labmate Wet Laser Particle Size Analyzer LMWLA-A101
Labmate Wet Laser Particle Size Analyzer LMWLA-A101 provides precise particle size measurement in liquids across 0.01–1000 µm. Equipped with a micro circulation system and boiling-type sample cell, it ensures efficient dispersion with minimal sample volume. Its advanced optical design, combined with dustproof and shockproof construction, supports stable and long-lasting operation. The integrated dew point system detects window fogging, providing alerts to prevent invalid test results.
Product Info
Key Features
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Measurement range: 0.01–1000 µm
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96-channel detection for high-resolution 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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Micro circulation system volume: >180 mL
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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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One-click automated operation with bubble-free design
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Automatic optical path calibration
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Anti-dry burning and misoperation protection
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Fast testing speed: <1 minute per test (excluding dispersion)
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Accuracy and repeatability error <0.5%
Applications
Suitable for cosmetics, pharmaceuticals, paints, food, and materials research. Ideal for analyzing emulsions, pigment suspensions, and powdered ingredients during product development, quality control, and R&D.
Technical Highlights
Parameter Specification Measurement Range 0.01–1000 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-A101 combines rapid, highly accurate wet particle analysis with robust construction and intelligent monitoring, making it ideal for laboratory research and industrial applications requiring reliable measurement of particle size in liquid suspensions.
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