ZEISS Smartzoom 5

Grain structure of metallic materials can typically be viewed by light microscopes. The preparation process of samples, also known as metallographic preparation, involves selecting appropriate procedures, selecting chemical or microscopic contrast, and enlargement. In this application note, Zeiss discusses the various techniques for imaging these grain structures.

The combination of microscopic and quantitative micro-structural analysis is a powerful method of obtaining information on geometry, usage properties and wear conditions of tools. The mechanical and usage properties of hard metal tools are crucially affected by their microstructure; therefore microscopic investigation of the micro- and macro-structure of the tools is a powerful and fast technique for checking the quality and corresponding usage properties of tools such as drills. This application notes presents possible applications of different microscopy systems from optical light to electron microscopy.

In this video, learn how ZEISS is developing technologies for use at the cutting edge of science, consumer electronics, energy, construction, and more.

Dr. Richard Johnston, Swansea University, presents his work on the multimodal imaging of structural biomaterials, focusing on bioinspiration, microscopy and correlative imaging. His research objectives involve the application of TEM and X-ray technologies at the atomic scale, and finding ways to apply that to engineering and materials science.

Find out how materialography methods are being developed at the IMFAA, Germany, to enhance research into materials for energy conversion, additive processing and energy storage

Visit Booth # 5214 to learn about equipment ideal for semiconductor manufacturing

Visit Booth 542 to see instruments ideal for quality and surface analysis applications

Compact system for surface analysis