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HMJModel LT2200 -Laser Diffraction Particle Size Analyzer

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The Linkoptik LT2200 is a versatile laser diffraction particle size analyzer designed to meet the diverse particle sizing requirements across various industries. Utilizing a single solid-state laser, it measures particle sizes across a broad range from 0.02 to 2200 microns without necessitating lens changes. The system features a unique optical path with a 3-D multi-element silicon photo-diode array, ensuring no dead detection zones and a high resolution. Integrated high sensitivity backscatter detectors enhance size measurements in smaller ranges. Its robust software offers real-time correction for anomalous changes in diffraction, supported by a sophisticated inversion algorithm and self-adaptive technique. Capable of acquiring data at rates up to 20 kHz, it guarantees efficiency and precision while complying with ISO13320 standards. The LT2200's advanced laser technology, combined with features like dual-drive dispersion and an automated smart alignment system, allows it to handle both wet and dry samples effectively, even in challenging conditions.
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The LT2200 is designed to be a practical, reliable solution to the routine particle sizing needs of a variety of industries. It is a flexible and modular,  yet fully integrated particle sizing system with a high performance/price ratio and assured measurement capability. From the submicron to millimeter size range, from milligram quantities of precious pharmaceuticals to the measurement of bulk chemicals and minerals, wet or dry, the LT2200 will meet your application needs.

Linkoptik LT2200 Laser Diffraction System

The LT2200 system provides the ability to measure over a maximum size range of 0.02 - 2200 microns using a single lens and includes a solid-state laser (max 20 mW, 638 nm) and laser power monitor along with a unique optical path configuration and a 3-D multi-element silicon photo-diode array covering a large, continuous physical detection angle with no dead detection zone. 

High sensitivity backscatter detectors are integrated for improvement of size measurement in the lower size range. The spatial filter and polarization combined with optical fiber technology eliminates the need for a pinhole.

Parallel and tilted cell windows provide elimination of total reflection and the multi-element detector array ensures automatic and rapid alignment.

The software includes correction of the anomalous change of airy disk (ACAD) and an improved inversion algorithm with high resolution and sensitivity at a data acquisition rate of up to 20 kHz.
 
 
  • Size range 0.02 μm - 2200 μm with no need for lens change   
  • Solid-state laser light source with automatic temperature stabilizing system
  • Spatial filter and polarization combined with optical fiber technology, no pinhole needed
  • Unique optic configuration with large angle detector array, no dead detection zone within angular range
  • Integrated high sensitivity backscatter detectors
  • Dual-drive dispersion and integration technology
  • Continuous dispersant level sensing and control
  • Correction of anomalous change of airy disk (ACAD) in diffraction
  • Improved inversion algorithm and self-adaptive technique with high resolution and sensitivity
  • Data acquisition rate up to 20 kHz
  • Fully complies with ISO13320 standard

Measuring Principle: Laser light scattering
Analysis: Full Mie theory and Fraunhofer scattering
Size range: 0.02 μm - 2200 μm, no need for lens change and calibration
Detection System: Large angle detector array with area compensation, no dead detection zone within angular range, integrated high sensitivity backscatter detectors
Cell Windows: Parallel and tilted
Light Source: Max 20 mW, 638 nm solid-state laser with integrated thermostat
Spatial Filter: OF Filter with polarization
Optical alignment system: Smart rapid align system with full automation
Typical measurement time: Less than 10 seconds
Data acquisition rate: Up to 20 kHz
Accuracy:  Better than 0.6% (the mean size of NIST latex standard)
Repeatability: Better than 0.5% (sample and sample preparation dependent)
Optical system weight: 26 kg
Optical system dimensions: 670 mm x 275 mm x 320 mm