Fully automatic laser particle size analyzer

NegotiableUpdate on 01/22

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Zhuhai Truth Optical Instrument Co., Ltd. focuses on the research and development of particle (including powder particles, latex particles, and liquid droplets) testing technology and the production and sales of instruments. The company has gathered a number of elite talents with rich experience and work achievements in the fields of particle science and powder industry, each with their own strengths. Their majors cover various aspects such as basic theoretical research, application technology research and development, product manufacturing, and commercial operations. The guiding ideology of the company is to take science as the guide, use * technological means, and provide customers with comprehensive granularity characterization and application technology solutions through fine management!

Product Details

1. Compliant with ISO13320 diffraction measurement technology standard

2. * Optical path configuration, ultra large continuous physical measurement angle, no detection blind spots

3. Improved inversion algorithm, users do not need to choose "analysis mode", balancing resolution and stability of *

4. No need to replace lenses, no need to calibrate with standard samples, with a range of 0.02 micrometers to 3600 micrometers

5. Using holographic signal synchronization processing technology, the real-time measurement speed can reach up to 20000 times per second, without missing any shape or distribution particles

Diffraction information

6. The ultra-high stability solid-state laser light source system using automatic temperature constant technology overcomes the preheating time of helium neon gas lasers

The disadvantage of long service life and short lifespan

7. Adopting polarization spatial filtering technology to eliminate pinhole filters that cause poor mechanical and thermal stability

8. Metal brushed shell design, balancing durability and improving instrument resistance