Laser Particle Size Analyzer LE-LPA403 Catalog

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Overview :

Lab Expo Laser Particle Size Analyzer LE-LPA403 contains a broad 0.1 to 1250 µm measuring range for overall particle size detection. It comes with a 90-channel detection for improved sample resolution. Equipped with an automatic optical calibration system for consistent accuracy. Integrated with a boiling-type sample cell for enhanced dispersion of samples. Our Laser Particle Size Analyzer is perfect for high-speed, high-precision analysis in mining and research settings.

Specifications:
Measurement Range

0.1 µm to 1250 µm

Number Of Detector Channels

90

Accuracy Error

Less Than 0.5 % (D50 Value of National Standard Sample)

Repeatability Error

Less Than 0.5 % (D50 Value of National Standard Sample)

Bubble Free

Yes, No Interference from Bubbles

Misoperation Protection

Yes, Automatic Self-Protection System

Laser Parameters

Imported Laser, 635 nm, Greater Than 10 mw

Optical Path Calibration

Automatic

Dispersion Method

Ultrasonic (4 Khz, 100 W), Circulation Pump (100 to 3350 Rpm)

Sample Cell

Boiling Sample Cell, 190 to 600 ml Capacity

Micro Injection

Optional 10 ml Precision Sampling

Operation Mode

Computer Operated

Test Speed

Less Than 1 min (Excluding Dispersion Time)

Dimensions

1080 × 410 × 450 mm

Weight

38 Kg

Features:

  • Boiling sample cell with 190 to 600 ml capacity
  • Microinjection unit with 10 ml precision sampling
  • Automatic optical path calibration system
  • Repeatability error less than 0.5% D50 national standard
  • Shockproof construction for stable operation conditions

Applications:

FunctionImplementationQuality control labs0.1 to 1250 µm enables precise particle sizing across sample typesResearch facilitiesLess Than 1 min supports rapid analysis workflowsClinical testing centersAutomatic Self-Protection System prevents measurement errorsIndustrial process monitoringBoiling Sample Cell, 190 to 600 ml Capacity handles varied volumesMineral processing plantsUltrasonic (4 Khz, 100 W) ensures effective sample dispersion

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