High-Performance Intelligent Dry & Wet Laser Particle Size Analyzer: Winner2309

Product Overview

The Winner2309 is a cutting-edge, intelligent dual-purpose analytical instrument that seamlessly integrates both dry and wet particle size testing into a single, modular system. Featuring a closely connected modular design, this instrument allows for effortless "one-key" switching between testing modes, providing laboratories with maximum flexibility.

By combining a double laser orthogonal optical path with advanced convergent Fourier transform technology, the Winner2309 delivers high-precision measurements across a broad spectrum, from nano-scale to 2,000 microns. Whether you are analyzing powders or liquid suspensions, the Winner2309 ensures auditable, stable, and highly accurate results.

Key Features

• Intelligent Dual-Purpose System: Maintains the advantage of one-key switching between dry and wet tests, allowing users to select the most effective dispersion method for their material.

• Double Laser Orthogonal Optical Path: Utilizes a blue semiconductor assisted laser with horizontally polarized light to capture forward, lateral, and backscattering light, significantly improving the measurement accuracy of nano-sized particles.

• Modular Distributed Design: The independent distributed system separates the high-power circulation and dispersion units from the testing system, making maintenance more convenient and optimizing pipeline flow.

• Precision Automatic Alignment: Employs a self-developed 3D automatic alignment system with a precision hybrid stepping motor (micron-level accuracy) to ensure the optical path is always perfectly calibrated.

• Wide Measurement Range: Patented convergent Fourier transform technology removes lens aperture limitations, extending the measurement range to 2,000 microns with a detection angle from 0.0155° to 164°.

• One-Click Intelligent Operation: Supports fully automated testing; simply click "Automatic Test" and add samples as prompted for hands-free analysis.

Technical Specifications

FAQs

1. What does "dual-purpose" mean for the Winner2309?

   It means the instrument can perform both dry (air dispersion) and wet (liquid suspension) particle size analysis within the same system.

2. How quickly can I switch between dry and wet testing?

   The instrument is designed for "one-key switching," allowing for rapid transitions between modes without complex hardware changes.

3. How does the double laser system improve nano-particle testing?

   The horizontally polarized blue laser captures wide-angle scattering (lateral and back), which is essential for accurate nano-scale measurement.

4. Is the optical path stable enough for high-volume testing?

   Yes, the 3D automatic alignment system constantly maintains the optical path at micron-level precision to guarantee long-term stability.

5. What is the benefit of the convergent Fourier transform technology?

   It ensures that scattered light is not restricted by the aperture of the Fourier lens, enabling a wider detection angle and better resolution.

6. Can the Winner2309 handle materials that settle easily in liquid?

   Yes, the optimized pipeline and high-power circulating pump in the distributed system prevent large particles from settling.

7. Is the software user-friendly for non-experts?

   Absolutely. The "Automatic Test" feature guides the user through adding samples, and the system handles the rest automatically.

8. Does the "Unconstrained Free Fitting" affect the data?

   It ensures that the results are a true reflection of the actual particle distribution, as the analysis is not biased by pre-set mathematical models.

9. What are the maintenance requirements for the modular design?

   The modularity makes maintenance easier by separating the test system from the circulation units, allowing for more accessible cleaning and service.

10. What is the maximum size range of this analyzer?

    The Winner2309 can measure particles up to 2,000 microns.

11. Are the results compliant with international standards?

    The instrument is designed to meet high precision and repeatability standards, utilizing high-quality imported Fourier lenses for accuracy.

12. Where are the automatic alignment stepping motors applied?

    They are used in the self-developed three-dimensional alignment system to reach micron-level precision for the light path.