Microscopy - Image Analysis + Raman Spectroscopy
Refine by
Field of Interest
Application
Manufacturer

Recent Installations

Microscopy - Image Analysis + Raman Spectroscopy

Particle characterisation using image analysis-based systems can provide real insight into the nature of particles. Optical microscopy uses visible light to illuminate a sample and provide a magnified image. In an electron microscope, a stream of fast moving electrons takes the place of the beam of light and lenses used in a conventional microscope. This electron beam travels through a series of coil-shaped electromagnets, which focus the beam and produce magnification and an image on a screen.

There are a number of different types of electron microscopes which all work in different ways, but the three most common kinds are transmission electron microscopes (TEMs), scanning electron microscopes (SEMs), and scanning tunnelling microscopes (STMs).

ATA Scientific offers a range of high quality image analysers including the Malvern Morphologi G3 particle image analyser, designed for automated high resolution particle size analysis from 0.5 – 3000 microns. Unlike a traditional Raman microscope, the Morphologi G3-ID automatically targets individual particles and provides the size, shape and chemical identification of each.

ATA Scientific also offers the Phenom range of desktop scanning electron microscopes. These user-friendly SEMs exceed the resolution of optical microscopes while eliminating the expense, delay and difficulty of operating an ultra-high resolution electron microscope. Available in four different models; the Phenom XL, Phenom ProX, Phenom Pro and Phenom Pure, these microscopes are ideal for investigating biological or pharmaceutical samples, forensic analysis, metallurgical analysis, failure analysis and quality control.

Spectroscopy is the study of the interaction between radiation and matter as a function of wavelength. Electromagnetic spectroscopy is the interactions of matter with electromagnetic radiation, such as UV visible and infrared light. The physical quantity measured is either of energy absorbed or energy produced. The range of light analysis techniques includes;

 

  • Absorption spectroscopy – uses the range of the electromagnetic spectra (wavelengths) in which a material absorbs including atomic absorption and molecular techniques such as infrared and ultraviolet-visible.
  • Emission spectroscopy – uses the range of electromagnetic spectra in which a material radiates after first absorbing energy. Molecular techniques include fluorescence spectroscopy.
  • Scattering spectroscopy – measures the light a material scatters at certain wavelengths and angles. One of the most useful applications of this is Raman spectroscopy.

 

At ATA Scientific we sell innovative instruments from leading manufacturers in the particle, surface, life and material sciences. Our suppliers include some of the world’s most well-regarded companies such as Malvern Instruments, Phenom-World, Biolin Scientific, Avestin, Jasco and Nanolane.

Our scientific instruments are used by Universities, the CSIRO and by companies in a range of different industries including the pharmaceutical, polymer, chemical and mining sectors. We also provide our clients with long term support to ensure they get the best out of our products and services. Over the past 27 years, ATA Scientific has provided a range of technical services including operator training, preventative maintenance and instrument breakdown repair.

Looking for the most suitable analytical system for your project?

Call us directly on 02 9541 3500 for a free consultation, browse our extensive range online or find the right instrument with our easy to use Product Finder

Browse product range Request FREE Consultation