Is your laboratory using a Leica microscope? Very useful? Is the laboratory still being upgraded? Perform chemical composition testing, microstructure analysis, or cleanliness analysis&hellip& Hellip;, This type of analysis basically requires electron microscopy sample preparation, which goes without saying. Compared to general metallographic sample preparation, electron microscopy sample preparation can be much more complex, demanding, and time-consuming. If Leica microscope is upgraded to perform the above analysis without sample preparation, do you think it is a bit beyond your imagination?


There is a popular saying, "; Poverty has limited my imagination;, To put it another way" The narrow space in the laboratory limits my imagination;. For many years, I have been engaged in metallographic analysis work, but I never thought that there would be such a device that can perform analysis without sample preparation. Today, I saw that this divine weapon is Leica's new product DM6M LIBS. It can be said that upgrading Leica's microscope to this level will definitely match your laboratory.

    The Leica DM6 M LIBS, upgraded from Leica Microscope Leica DM6 M, is an integrated laser spectroscopic material analysis two in one system. Whether it is elemental analysis, metallographic analysis, or cleanliness analysis, it is a state-of-the-art instrument and equipment. During microscopic observation and analysis, it is as simple as simply pressing a button to switch to the LIBS dedicated optical path and excite the target micro area with laser. The elemental composition results can be obtained within one second, which is truly true!


There are even more impressive ones. Before using DM6M LIBS for analysis, there is no need for sample preparation, which can reduce the time by 90% compared to electron microscopy analysis and greatly improve the analysis efficiency.


The reason why this Leica microscope uses Laser-induced breakdown spectroscopy (LIBS), which is an atomic emission spectrum. It can qualitatively and quantitatively analyze almost all the elements in the solid phase, liquid phase and gas phase collective. The performance advantages of upgrading to this Leica microscope are too many, and the main list in the editor is as follows:


The DM6 M LIBS system combines optical observation with elemental analysis


Visual and chemical material inspection, microstructure and composition analysis, saving 90% of time compared to electron microscopy methods


Material analysis does not require SEM sample preparation, system adjustment, or repositioning


Reduce workflow and streamline it to only one step, with a focus on results


Combining multiple tools to analyze the microstructure and composition of the sample, quickly obtaining sufficient data within one second


Elements or materials are identified by their characteristic spectra


Component cleanliness analysis can quickly obtain particle composition and structural data for qualitative analysis


Microstructure evaluation, greatly reducing the high sample preparation cost of SEM/EDS


Typical applications in fields such as geological science, electronics industry, new electronic materials, coatings, etc


A powerful tool for chemical analysis research, DM6 M LIBS solution uses Laser-induced breakdown spectroscopy (LIBS) to make qualitative chemical analysis possible


The existing DM6000 M or DM6 M microscope can be directly modified and upgraded to the DM6 M LIBS two in one system, greatly saving costs

    Do you see it? Especially for laboratories that already have DM6000 M or DM6 M Leica microscopes, they can be upgraded to the DM6 M LIBS two in one system by simply modifying it. Upgrades are so simple and arbitrary that users can achieve significant technological upgrades at a small cost. Can upgrading to such a Leica microscope match your laboratory? Clever and wise, you must have the answer.