Laser Particle Size Analyzer LSA-127LS

Overview

Laser Particle Size Analyzer LSA-127LS offers a combination of dual beam and multiple spectral detection mechanisms with a measuring range of 0.01 to 2000 μm. Our analyzer can accommodate 127 channels with a capacity of 350 ml. It provides a test period of < 2 minutes to analyze rapidly particle sizes within liquid samples. It features one key switch automated operation including optical alignment, water supply, drainage, bubble removal and ultrasonic dispersion. 

Features :

• Integrated with semiconductor laser and dispersion unit

• Enhanced with SOP operation

• Enhanced with side light scatter test mechanism

• Offers dual operation modes

• Provides statistical methods and comparisons 

• Complies with ISO13320-1: 2010 standards 

Specifications :

Channel Number	127
Measurement Range	0.1 to 2000 µm
Test Speed	<2 min/time
Detector	Dual-beam and multiple spectral detection
Accuracy Error	<1% (National Standard Sample D50)
Repeatability Error	<1% (National Standard Sample D50)
Light Source: High-Performance Semiconductor	Wavelength: 632.8 nm Power: >2 mW Longevity: > 25000 hours
Ultrasonic Frequency	40 kHz
Ultrasonic Power	35 W
Ultrasonic Time	≥ 1 s
Stir Revolution Speed	0 to 3000 rpm (adjustable)
Circulation	Rated Flow: 8 L/min Rated Power: 10 W
Sample Pool Capacity	350 ml
Optical Path Alignment	Fully automatic
Standards	ISO 13320-1:2010
Software Running	WIN 7/10/XP, 64 bits
Analysis Mode	Free Distribution R-R Distribution Logarithm Normal Distribution Mesh number classification etc
Statistic Method	Volume Distribution, Quantity Distribution
Test Report	Word, Excel, Photo( Bmp), Text etc.
Dimension (L×W×H)	660 × 320 × 400 mm
Weight	65 kg

Optional Accessories :

10 ml micro sample pool

 

 

Applications :

Pharmaceuticals- particle size distribution of active pharmaceutical ingredients (APIs), excipients, and drug formulations

Cosmetics- Evaluating texture and optimizing formulations

Mining and Minerals- Optimizing ore beneficiation

Nanotechnology- Characterizing nanoparticles and nanomaterials