Skip to main content
  • Home
    • Main Page
    • News
  • Products
    • Nittoseiko Analytech
      • Moisture Meter Karl Fischer KF51
      • The All New CA-310
      • The All New GT-310
      • NSX5000H
      • NSX5000V
      • Moisture Meter CA31
      • Moisture Meter KF31
      • Moisture Meter Vaporizer VA-200
      • Moisture Meter Vaporizer VA-210
      • Moisture Meter Vaporizer VA-236S
      • Autosampler for GT200
      • NSX-2100V
      • NSX-2100H
      • CRI-210V
      • Total Organic Halogen Analyzer TOX-300
      • AQF-2100
      • AQF5000h
      • Aquamicron
      • Karl Fischer Moisture Meter
      • AOX-200
      • Total Organic Carbon TOC-300V
      • Resistivity Meter
      • Loresta GX MCP-T700
      • Loresta AX MCP-T370
      • Hiresta UX MCP-HT800
      • Powder Resistivity MCP-PD51
      • GI-240
    • Automatic Titrator GT-200
    • Toki Sangyo
      • TVC-7
      • TVB-10W
      • TVB-15
      • R-85
    • Chromatec
      • Crystal 9000
      • Crystal GCMS
      • Software
    • EMC Lab
      • EMC-11D-V
      • EMC-16/18 series UV/VIS
      • EMC Nano UV
      • EMC 11 UV
      • EMC 3PC series UV
      • EMC 6PC Series UV
    • Insent
    • JS Research
  • Products 2
    • Thermo Scientific
      • Immersion Circulators
      • Refrigerated/Heated Bath Circulators
    • Sicco
      • Drying Cabinet
    • Freund Water Activity
      • Freund EZ-200
      • Freund EZ-100ST
  • About Us
    • Services
      • People Development
      • Calibration
  • Contact
    • CAREER
  • Pojok HILABSCI
  • Events
  • Gallery of Training and Seminar
  • Gallery of Instrument

Webinar: 3D Dynamic Image Analysis Compared to Other Methods to Identify Crystal Shape

June 11, 2019 at 3:52 pm

PartAn 3D Instrument used for image analysis

In this webinar we will present data from research conducted at University of Hohenheim on crystal samples of Sodium Chloride, Mono Sodium Glutamate (MSG) and Sugar. These crystals all exhibit particle shapes which diverge from spherical shape by different degrees. These different particle shapes, as well as sizes, can be measured and quantified on the same instrument – a dynamic image analyzer. Those measurements were compared with measurements made on other instruments – a stand-alone laser diffraction analyzer, a simple scanner reporting size and shape, and a manual microscope and SEM. We’ll show how the image analyzer provides data that agree closely with sizes and shapes measured on the other three instruments, in all three orthogonal dimensions and on a much larger and representative sample of particles. Particle shape is becoming an ever more used measurement technology in characterizing particulate samples, because size alone is recognized to often not provide distinguishing differences among samples.

Join us in learning more about Image Analysis and how it has become the most common technology for measuring particle morphology. Special guest, Patrick Wilms from the University of Hohenheim will talk about his experience using Microtrac’s Microtrac PartAn 3D and the advantages of imagining technology.

This webinar is scheduled for Thu, Jun 20, 2019 11:00 AM – 12:00 PM EDT.

Register Here

Unable to attend? Register to receive the webinar recording!


Recent Posts

  • Webinar: 3D Dynamic Image Analysis Compared to Other Methods to Identify Crystal Shape
    11 Jun, 2019
  • Webinar: Hybrid Technology For Complete Metal Powder Morphological Characterization
    12 May, 2019
  • Webinar: Introducing the Microtrac Sync: Hybrid Laser Diffraction and Dynamic Image Particle Analyzer
    18 Sep, 2018
  • Webinar: Metal Powders Quality & Process Control Based On Powder Morphology
    8 Oct, 2017
  • Identifying good, bad, and ugly particles with dynamic image analysis
    4 Aug, 2017
  • Determination of chlorine and sulfur in 3,5-dichloro-2-hydroxybenzenesulforic acid sodium salt
    3 Aug, 2017
  • Using Image Analysis to Replace Sieves
    3 Aug, 2017
(C) 2018 - 2025 HILAB SCIENCETAMA