I
Winner Introduction
OUR HONOUR
High Tech-Company Excellent Software Company Own-Software Product Registration Excellent Software Product
Winner Laser Particle Size Analyzer Since 1985
Winner2308 Intelligent Laser Particle Size Analyzer
MIE scattering theory
Laser Diffraction, also known as Static Light Scattering, has become one of the most widely used particle sizing distribution
techniques across various industries. Samples can be analyzed on either a liquid suspension or dry dispersion basis. The
sample
material is passed through a laser beam which results in the laser light scattered at a wide range of angles. Detectors placed at
fixed angles measure the intensity of light scattered at that position. A mathematical model (Mie or Fraunhoffer Theory) is then
applied to generate a particle size distribution. The final result is reported on an Equivalent Spherical Diameter Volume basis.
Particle Size by Laser Diffraction is widely recognized by numerous standards and guidance agencies such as the ISO13320-
1:1999,GB/T19077.1-2008,Q/0100JWN001-2013 This technique's ability to perform dry or liquid dispersion analyses make it a
good choice for general particle sizing applications and its broad dynamic range (sub-micron to millimeters) has proven useful to
the environmental, pharmaceutical, food, health, beauty,petrochemical, mineral, metal and many other industries.
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
1. Wet and dry dispersion system Integrated Design
2. Intelligent SOP operation system and manual operation, freely choose
3. Using convergent light Fourier transform patent technology, make the large angle
scattering light not be restricted by Fourier lens aperture, effectively improve the
instrument resolution, change measuring range without replace lens . Sealed
stable light path, good dust-proof performance.
4. use auxiliary semiconductor laser to expand the measurement range by enlarge
scattering angle from 45 degrees to 135 degrees.
5. Three-dimensional automatic Optical path alignment System,precision is up
to 0.1um.
6. Full built-in automatic water-supply,ultrasonic,agitator liquid dispersion
system,Shortening pipeline, easy and good dispersion, avoid large particles 2rd
precipitation in the pipeline.
7. Adopt Original Unconstrained free fitting technology collect scattering data during
the measurement process, make particle analysis not be restricted by any functions,
truly reflect particles distribution.
Application:
Winner2308 widely used in cement, ceramics, medicines, lotions, paints, dyes, pigments, fillers, chemicals, catalysts,
drilling mud, abrasives, lubricants, coal, sediment, dust, cells, bacteria, food additives, pesticides, explosives,
graphite, photographic materials, fuel, ink, metal and non-metal powder, calcium carbonate, kaolin, coal slurry and
other powdered materials.
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Winner2308 Laser Particle Size Analyzer
Dry & wet system, one key switch
Model Name Winner2308A/C
Standard ISO 13320-1:1999,GB/T19077.1-2308, Q/0100JWN001-2013
Principle Laser scattering principle
Measuring Range Dry:0.1-2000 micronWet:0.01-2000 micron
Channels Number Dry:100 pcs Wet:127 pcs
Accuracy error <1% (Deviation of D50 on national standard sample)
Repeatability error <1% (Deviation of D50 on national standard sample )
Light source He-Ne laser P>3.0 MW (λ= 632.8nm)
lifetime>25000hoursAuxiliary laser:semiconductor (λ= 532 nm)
P>2.0MW
Operation Mode Full automatic
Optical alignment Automatic
Data acquisition rate 2KHZ
Test Speed Wet: <2 Min per time, Dry : <1min per time
Outer dimension L92cm×W44cm×H50cm
Net Weight 70Kg
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Internal Structure
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
1, Hardware Installation
Winner2308 Particle size analyzer( connect Dust cleaner, air compressor and refrigerant dryer
and computer)
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Auxiliary device Installation
1) Winner2308 Particle size analyzer( Dust cleaner, air compressor are belong to standard accessories,will be
packaged with instruments for free. refrigerant dryer is optional.
2) Insert USB key to the computer
Software Installation-Full English version
Insert analysis software CD into CD-ROM drive drive, choose English to install step by step.
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
2, Preparation Work
Turn on the machine power switch,preheating 15 mins , then running the software
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Connect Instrumnet software to Computer
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
3, Choose sampling mode-Wet sampling mode
According sample character,choose proper dispersion medium and the dispersant, If choose wet sampling system
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
3.1 Background Test
Wet sampling mode operation:
Background shall be measured before testing each sample,put the suction tube into distilled water or specific
dispersion medium. Point: Fill water into sample pool firstly to testing background when Choose manual control
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
l After finish background test, turn off "circulate',
put in sample, according to sample feature, set proper
ultrasonic time.
l after a white(1-2 mins), when keep ultrasonic
dispersion
working, turn on "circulate",click "R" enter into "Test'
Interface.
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
3.4 Test Process:
observe Optics concentration, keep it in 10-30, if too little, need add more sample, or flush, test again.Save the records,Finish
Testing, Drainning water, and Clean instruments for 3 times.
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Choose 10 items record to calculation, Get sample average value, repeatability, Accuracy
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
3.5 Print the report, cleaning the instrument. finish test.
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
4. Dry Dispersion System: (choose dry in the software, instrument will automatically transfer to dry system)
(Auxiliary device is composed of air compressor, Dust collector and Refrigerant dryer, belong to standard accessories)
Application:cement, ceramics, pharmaceuticals, dyes, pigments, fillers, chemical products, catalysts, coal dust, additives,
pesticides, explosives, graphite, photographic materials, fuel, metal and non-metal powder, carbonated calcium, kaolin and other
powder industry, particularly for materials which occurs chemical reaction, the shape change and the loss in the liquid, such as
herbs, magnetic materials and relatively wide distribution and larger particles powders, have more unique applicability and
practicality.
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Compare to wet sampling mode, Dry samling system is more fast and simple to operate, take 1 minute per test.Operation mode:
munual and full automatic, take manual for example.
1) Background test: turn on "absorb sample" and "air supply" to test background
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
2)Put sample in, turn on "add sample", enter into "test interface",
3)obeserve optic concentration, keep 10-20, or add more sample, when proper, save recoard, finish the test.
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
4) choose 10 items of stable data to creat report
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
5) set parameters , creat report. output parameters:D90,D50,D10, D[3,2],D[4,3],Dav, S/V etc.
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Test report interpretation:
D10=X, means ≤X particle size’s particle volume content
occupy 10% of all the particles.
D50=Y, means ≤Y particle size’s particle volume content
occupy 50% of all the particles.
D90=Z, means ≤Z particle size’s particle volume content
occupy 90% of all the particles.
DAV: Average particle size of particles group
S/V: Specific surface area, surface to volume ratio/
Surface area per unit volume
D[3,2] Weighted average surface area
D[4,3] Volume weighted average
Particle Size Analysis Chart illustration:
The transverse is the particle size value, and the value is
logarithmic distribution.
The left column is the volume of the cumulative
percentage, the corresponding curve is upward trend.
The right column is the percentage of the volume of a
certain interval, corresponding to the histogram or
undulating curve.
The data list is corresponding to the test result of analysis
chart.
Winner2308 Intelligient Laser Particle Size AnalyzerOPERATION
Winner2308 adopt Patent Technology as below:
1. Optical bench design is protected by patent No.- ZL 2014 2 0378380.8,
2. Three dimensional-optical bench alignment system is protected by patent No.- ZL 2013 2 0835882.4.
3. Mie scattering principle application patent No.- ZL 2013 2 0812021.4.
4. Dry particle size analyzer full sealed sample cuvette application is protected by patent No.- ZL.2011 2 0267646.8.
5. Dual laser beam orthogonal application is protected by patent No.-ZL 2007 2 0025702.0
6. Powder dispersion pump design application is protected by patent No.-ZL 2007 2 0018648.7
7. Wet circulation installation is protected by patent No.-ZL2010 2 0593526.2
Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
Our Part Customers:
UNIVERSITY OF WOLLONGONG, Australia
Beijing University
Zhejiang University
Institute of metal research,China Academy of Sciences
Civil Aviation Authority,China
Petroleum Group.China
Sinopec Group.China
Graphit Kropfmühl AG. Germany
DuPont, USA
SMtech Corp., USA
Sun Chemical Middle East FZE, UAE
SIM INTERNATIONAL INC,USA
Mundipharma. India
Don Optical.Korea
PPG Coating. Japan
TAIYO INK. Japan
Heraeus. Germany
Osram lighting. Germany
Nippon Paint.Japan
Otsuka pharmacy, Japan
Sri Thai Silp industry,Thailand
Bulgarian Academy of Sciences,
GRU Lab, USA
Laser Particle Size Analyzer Since 1985

More Related Content

PDF
Winner2000 zde intelligent laser particle size analyzer presentation
PPT
Sequip Ppt 2011
PDF
Winner3008 a intelligent dry dispersion laser particle size analyzer presenta...
PDF
E analysette 22
PPTX
Tackling nanobubble characterization challenges
PDF
Turbiscan MA2000 : applications, features, applications fields & specifications
PDF
Aavos international - process analysis
PPTX
Optimising the ripening period of Slow Sand filter
Winner2000 zde intelligent laser particle size analyzer presentation
Sequip Ppt 2011
Winner3008 a intelligent dry dispersion laser particle size analyzer presenta...
E analysette 22
Tackling nanobubble characterization challenges
Turbiscan MA2000 : applications, features, applications fields & specifications
Aavos international - process analysis
Optimising the ripening period of Slow Sand filter

What's hot (19)

PPT
Flow Structure Mapping of Segregating Granular Mixtures using Radioactive Par...
PPT
Impurity Analysis Using a New High-Sensitivity UHPLC Detector
DOCX
Turbidity measurement
PDF
Analizor biochimie hitachi 902
PDF
Jin_single_photon(4)
PDF
MRK2231-01_OD_broch_Viscosizer_TD_v2
PPT
Nephelometric and turbidimetric Analysis of Pollutants
PDF
Particle Characterization of Toners
PPT
HPTLC
PDF
SURE Research Report v1
PPTX
What is Nephelometry,and a fully automated Nephlometer analyzer for protein a...
PDF
Nanoparticle tracking analysis
PPTX
Nanoparticle Tracking Analysis (particle by particle technique)
PDF
Water Vapor Transmission Rate Tester
PDF
Illicit Drugs and Homemade Explosives Identification using FTIR Microscopy
PDF
Introduction to laser diffraction
PDF
Organic Gas Permeability Analyzer
PPTX
PDF
GPU Accelerated Automated Feature Extraction From Satellite Images
Flow Structure Mapping of Segregating Granular Mixtures using Radioactive Par...
Impurity Analysis Using a New High-Sensitivity UHPLC Detector
Turbidity measurement
Analizor biochimie hitachi 902
Jin_single_photon(4)
MRK2231-01_OD_broch_Viscosizer_TD_v2
Nephelometric and turbidimetric Analysis of Pollutants
Particle Characterization of Toners
HPTLC
SURE Research Report v1
What is Nephelometry,and a fully automated Nephlometer analyzer for protein a...
Nanoparticle tracking analysis
Nanoparticle Tracking Analysis (particle by particle technique)
Water Vapor Transmission Rate Tester
Illicit Drugs and Homemade Explosives Identification using FTIR Microscopy
Introduction to laser diffraction
Organic Gas Permeability Analyzer
GPU Accelerated Automated Feature Extraction From Satellite Images
Ad

Similar to Winner2308A Laser particle size analyzer (20)

PDF
MS3000-Presentation Malvern Particle size analyser
PDF
Winner319 industrial Droplet spray particle size analyzer presentation
PPTX
-Particle-Size-Analysis-pptx.pptx
PPTX
Modern Laser Diffraction for Particle Analysis
PPTX
rina80
PPT
Winner802 nanoparticle size analyzer operation instruction
PDF
Particle Classroom Series II: The Basics of Laser Diffraction
PPTX
Trilos In-situ Particle Sizer
DOCX
size reduction equipments
PPTX
Presentation on p.t
PDF
Modern Particle Characterization Techniques Series: Laser Diffraction
PPSX
DIPA 2000 Particle Size & Shape Analyzer
PDF
Method Development for Dynamic Light Scattering
PPTX
Particle Size Analysis by Laser Diffraction Method.
PDF
Modern Particle Characterization Techniques Series I: Introduction
PPTX
Particle Technology Lec 1-Upload (2).pptx
PDF
Methods of particle size measrement (032)
PDF
Particle analysis
PPTX
particle size analysis with various methods
PDF
Selecting the Best Particle Size Analyzer for your Application
MS3000-Presentation Malvern Particle size analyser
Winner319 industrial Droplet spray particle size analyzer presentation
-Particle-Size-Analysis-pptx.pptx
Modern Laser Diffraction for Particle Analysis
rina80
Winner802 nanoparticle size analyzer operation instruction
Particle Classroom Series II: The Basics of Laser Diffraction
Trilos In-situ Particle Sizer
size reduction equipments
Presentation on p.t
Modern Particle Characterization Techniques Series: Laser Diffraction
DIPA 2000 Particle Size & Shape Analyzer
Method Development for Dynamic Light Scattering
Particle Size Analysis by Laser Diffraction Method.
Modern Particle Characterization Techniques Series I: Introduction
Particle Technology Lec 1-Upload (2).pptx
Methods of particle size measrement (032)
Particle analysis
particle size analysis with various methods
Selecting the Best Particle Size Analyzer for your Application
Ad

Recently uploaded (20)

PDF
Five Habits of High-Impact Board Members
PDF
Credit Without Borders: AI and Financial Inclusion in Bangladesh
PDF
Produktkatalog für HOBO Datenlogger, Wetterstationen, Sensoren, Software und ...
PDF
Getting started with AI Agents and Multi-Agent Systems
PDF
Comparative analysis of machine learning models for fake news detection in so...
PDF
Enhancing plagiarism detection using data pre-processing and machine learning...
PPTX
2018-HIPAA-Renewal-Training for executives
PPTX
MicrosoftCybserSecurityReferenceArchitecture-April-2025.pptx
PDF
OpenACC and Open Hackathons Monthly Highlights July 2025
PDF
A proposed approach for plagiarism detection in Myanmar Unicode text
PPT
Geologic Time for studying geology for geologist
PDF
Taming the Chaos: How to Turn Unstructured Data into Decisions
PPTX
Build Your First AI Agent with UiPath.pptx
PDF
sbt 2.0: go big (Scala Days 2025 edition)
PPTX
AI IN MARKETING- PRESENTED BY ANWAR KABIR 1st June 2025.pptx
PDF
ENT215_Completing-a-large-scale-migration-and-modernization-with-AWS.pdf
PDF
Flame analysis and combustion estimation using large language and vision assi...
PDF
A contest of sentiment analysis: k-nearest neighbor versus neural network
PPTX
Configure Apache Mutual Authentication
PPT
Galois Field Theory of Risk: A Perspective, Protocol, and Mathematical Backgr...
Five Habits of High-Impact Board Members
Credit Without Borders: AI and Financial Inclusion in Bangladesh
Produktkatalog für HOBO Datenlogger, Wetterstationen, Sensoren, Software und ...
Getting started with AI Agents and Multi-Agent Systems
Comparative analysis of machine learning models for fake news detection in so...
Enhancing plagiarism detection using data pre-processing and machine learning...
2018-HIPAA-Renewal-Training for executives
MicrosoftCybserSecurityReferenceArchitecture-April-2025.pptx
OpenACC and Open Hackathons Monthly Highlights July 2025
A proposed approach for plagiarism detection in Myanmar Unicode text
Geologic Time for studying geology for geologist
Taming the Chaos: How to Turn Unstructured Data into Decisions
Build Your First AI Agent with UiPath.pptx
sbt 2.0: go big (Scala Days 2025 edition)
AI IN MARKETING- PRESENTED BY ANWAR KABIR 1st June 2025.pptx
ENT215_Completing-a-large-scale-migration-and-modernization-with-AWS.pdf
Flame analysis and combustion estimation using large language and vision assi...
A contest of sentiment analysis: k-nearest neighbor versus neural network
Configure Apache Mutual Authentication
Galois Field Theory of Risk: A Perspective, Protocol, and Mathematical Backgr...

Winner2308A Laser particle size analyzer

  • 1. I
  • 3. OUR HONOUR High Tech-Company Excellent Software Company Own-Software Product Registration Excellent Software Product
  • 4. Winner Laser Particle Size Analyzer Since 1985
  • 5. Winner2308 Intelligent Laser Particle Size Analyzer MIE scattering theory Laser Diffraction, also known as Static Light Scattering, has become one of the most widely used particle sizing distribution techniques across various industries. Samples can be analyzed on either a liquid suspension or dry dispersion basis. The sample material is passed through a laser beam which results in the laser light scattered at a wide range of angles. Detectors placed at fixed angles measure the intensity of light scattered at that position. A mathematical model (Mie or Fraunhoffer Theory) is then applied to generate a particle size distribution. The final result is reported on an Equivalent Spherical Diameter Volume basis. Particle Size by Laser Diffraction is widely recognized by numerous standards and guidance agencies such as the ISO13320- 1:1999,GB/T19077.1-2008,Q/0100JWN001-2013 This technique's ability to perform dry or liquid dispersion analyses make it a good choice for general particle sizing applications and its broad dynamic range (sub-micron to millimeters) has proven useful to the environmental, pharmaceutical, food, health, beauty,petrochemical, mineral, metal and many other industries.
  • 6. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION 1. Wet and dry dispersion system Integrated Design 2. Intelligent SOP operation system and manual operation, freely choose 3. Using convergent light Fourier transform patent technology, make the large angle scattering light not be restricted by Fourier lens aperture, effectively improve the instrument resolution, change measuring range without replace lens . Sealed stable light path, good dust-proof performance. 4. use auxiliary semiconductor laser to expand the measurement range by enlarge scattering angle from 45 degrees to 135 degrees. 5. Three-dimensional automatic Optical path alignment System,precision is up to 0.1um. 6. Full built-in automatic water-supply,ultrasonic,agitator liquid dispersion system,Shortening pipeline, easy and good dispersion, avoid large particles 2rd precipitation in the pipeline. 7. Adopt Original Unconstrained free fitting technology collect scattering data during the measurement process, make particle analysis not be restricted by any functions, truly reflect particles distribution. Application: Winner2308 widely used in cement, ceramics, medicines, lotions, paints, dyes, pigments, fillers, chemicals, catalysts, drilling mud, abrasives, lubricants, coal, sediment, dust, cells, bacteria, food additives, pesticides, explosives, graphite, photographic materials, fuel, ink, metal and non-metal powder, calcium carbonate, kaolin, coal slurry and other powdered materials.
  • 7. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION Winner2308 Laser Particle Size Analyzer Dry & wet system, one key switch Model Name Winner2308A/C Standard ISO 13320-1:1999,GB/T19077.1-2308, Q/0100JWN001-2013 Principle Laser scattering principle Measuring Range Dry:0.1-2000 micronWet:0.01-2000 micron Channels Number Dry:100 pcs Wet:127 pcs Accuracy error <1% (Deviation of D50 on national standard sample) Repeatability error <1% (Deviation of D50 on national standard sample ) Light source He-Ne laser P>3.0 MW (λ= 632.8nm) lifetime>25000hoursAuxiliary laser:semiconductor (λ= 532 nm) P>2.0MW Operation Mode Full automatic Optical alignment Automatic Data acquisition rate 2KHZ Test Speed Wet: <2 Min per time, Dry : <1min per time Outer dimension L92cm×W44cm×H50cm Net Weight 70Kg
  • 8. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION Internal Structure
  • 9. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION 1, Hardware Installation Winner2308 Particle size analyzer( connect Dust cleaner, air compressor and refrigerant dryer and computer)
  • 10. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION Auxiliary device Installation 1) Winner2308 Particle size analyzer( Dust cleaner, air compressor are belong to standard accessories,will be packaged with instruments for free. refrigerant dryer is optional. 2) Insert USB key to the computer
  • 11. Software Installation-Full English version Insert analysis software CD into CD-ROM drive drive, choose English to install step by step. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
  • 12. 2, Preparation Work Turn on the machine power switch,preheating 15 mins , then running the software Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
  • 13. Connect Instrumnet software to Computer Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
  • 14. 3, Choose sampling mode-Wet sampling mode According sample character,choose proper dispersion medium and the dispersant, If choose wet sampling system Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
  • 15. 3.1 Background Test Wet sampling mode operation: Background shall be measured before testing each sample,put the suction tube into distilled water or specific dispersion medium. Point: Fill water into sample pool firstly to testing background when Choose manual control Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
  • 16. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
  • 17. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
  • 18. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION
  • 19. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION l After finish background test, turn off "circulate', put in sample, according to sample feature, set proper ultrasonic time. l after a white(1-2 mins), when keep ultrasonic dispersion working, turn on "circulate",click "R" enter into "Test' Interface.
  • 20. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION 3.4 Test Process: observe Optics concentration, keep it in 10-30, if too little, need add more sample, or flush, test again.Save the records,Finish Testing, Drainning water, and Clean instruments for 3 times.
  • 21. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION Choose 10 items record to calculation, Get sample average value, repeatability, Accuracy
  • 22. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION 3.5 Print the report, cleaning the instrument. finish test.
  • 23. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION 4. Dry Dispersion System: (choose dry in the software, instrument will automatically transfer to dry system) (Auxiliary device is composed of air compressor, Dust collector and Refrigerant dryer, belong to standard accessories) Application:cement, ceramics, pharmaceuticals, dyes, pigments, fillers, chemical products, catalysts, coal dust, additives, pesticides, explosives, graphite, photographic materials, fuel, metal and non-metal powder, carbonated calcium, kaolin and other powder industry, particularly for materials which occurs chemical reaction, the shape change and the loss in the liquid, such as herbs, magnetic materials and relatively wide distribution and larger particles powders, have more unique applicability and practicality.
  • 24. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION Compare to wet sampling mode, Dry samling system is more fast and simple to operate, take 1 minute per test.Operation mode: munual and full automatic, take manual for example. 1) Background test: turn on "absorb sample" and "air supply" to test background
  • 25. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION 2)Put sample in, turn on "add sample", enter into "test interface", 3)obeserve optic concentration, keep 10-20, or add more sample, when proper, save recoard, finish the test.
  • 26. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION 4) choose 10 items of stable data to creat report
  • 27. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION 5) set parameters , creat report. output parameters:D90,D50,D10, D[3,2],D[4,3],Dav, S/V etc.
  • 28. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION Test report interpretation: D10=X, means ≤X particle size’s particle volume content occupy 10% of all the particles. D50=Y, means ≤Y particle size’s particle volume content occupy 50% of all the particles. D90=Z, means ≤Z particle size’s particle volume content occupy 90% of all the particles. DAV: Average particle size of particles group S/V: Specific surface area, surface to volume ratio/ Surface area per unit volume D[3,2] Weighted average surface area D[4,3] Volume weighted average Particle Size Analysis Chart illustration: The transverse is the particle size value, and the value is logarithmic distribution. The left column is the volume of the cumulative percentage, the corresponding curve is upward trend. The right column is the percentage of the volume of a certain interval, corresponding to the histogram or undulating curve. The data list is corresponding to the test result of analysis chart.
  • 29. Winner2308 Intelligient Laser Particle Size AnalyzerOPERATION Winner2308 adopt Patent Technology as below: 1. Optical bench design is protected by patent No.- ZL 2014 2 0378380.8, 2. Three dimensional-optical bench alignment system is protected by patent No.- ZL 2013 2 0835882.4. 3. Mie scattering principle application patent No.- ZL 2013 2 0812021.4. 4. Dry particle size analyzer full sealed sample cuvette application is protected by patent No.- ZL.2011 2 0267646.8. 5. Dual laser beam orthogonal application is protected by patent No.-ZL 2007 2 0025702.0 6. Powder dispersion pump design application is protected by patent No.-ZL 2007 2 0018648.7 7. Wet circulation installation is protected by patent No.-ZL2010 2 0593526.2
  • 30. Winner2308 DRY WET Laser Particle Size AnalyzerOPERATION Our Part Customers: UNIVERSITY OF WOLLONGONG, Australia Beijing University Zhejiang University Institute of metal research,China Academy of Sciences Civil Aviation Authority,China Petroleum Group.China Sinopec Group.China Graphit Kropfmühl AG. Germany DuPont, USA SMtech Corp., USA Sun Chemical Middle East FZE, UAE SIM INTERNATIONAL INC,USA Mundipharma. India Don Optical.Korea PPG Coating. Japan TAIYO INK. Japan Heraeus. Germany Osram lighting. Germany Nippon Paint.Japan Otsuka pharmacy, Japan Sri Thai Silp industry,Thailand Bulgarian Academy of Sciences, GRU Lab, USA
  • 31. Laser Particle Size Analyzer Since 1985