Electronic microscopes - Import export

The application possibilities of the scanning electron microscope, SEM in combination with the energy dispersive X-ray microanalysis, EDX are manifold. The areas of application listed here are only examples of some of the applications. Many other questions can be clarified with our microtextural and microanalytical test methods. Our services for you: X-ray microanalysis, EDX element mappings, line scans, SEM imaging, particle size determination, fiber thickness measurement, damage assessment

The ZHN/SEM is a complete nanoindenter specifically designed for use in the confined spaces of the vacuum chamber of a scanning electron microscope (SEM).

Dedicated image enhancement, 3D reconstruction and metrology software for scanning electron microscopes (SEM) SEM image colorization made easy - Go from black and white to color effortlessly in just a few clicks. Superfast 3D reconstruction of surface topography in a matter of seconds - from SEM anaglyphs, two successive SEM scans at different tilt angles or four SEM images obtained by a 4 quadrant detector. 3D enhancement for single SEM images. Real-time 3D visualization at any zoom level or angle – SEM image overlays on 3D topography for enhanced rendering. SEM image enhancement and correction – automatic bi-colorization, colored 3D intensity maps, enhanced 3D rendering, configurable lighting and height amplification, gray level drift correction and denoising. Topography measurements - distances, step heights, areas, volumes, dimensioning of profile contours and cross-sections extracted from surfaces. Characterization of surface roughness and texture – advanced roughness/waviness filtering techniques – 2D and 3D parameters from Ra to ISO 25178. Advanced surface analysis of small objects, structures and features – morphology, grains and particle sizes and more. Correlative SEM studies – combine SEM images from different detectors (SE + BSE) – colocalize SEM images and 3D surface data from AFM/SPMs and overlay SEM images on 3D topography.

There are numerous benefits to use ceramics in the field of scientific and medical instrumentation. Ceramics resist to severe environments, and demonstrate excellent properties of electrical insulation, low thermal expansion and high corrosion resistance. Also, they are clean materials in view of their high purity levels, no open porosities and biomedical inertness. In addition to single ceramic products, Microcertec can also offer ceramic to metal brazed assemblies that are hermetic in vacuum and ultra-high vacuum - UHV. Applications In the analytical scentific and medical equipment industry, ceramic components are primarily used in analyzing, diagnosis, vision and therapy systems : mass spectrometers MNR spectrometers gas analyzers particle accelerators electronic microscopes imaging equipment blood analyzers neurosurgery instruments endoscopes Products Precision grinding allows to achieve extremely tight dimensional tolerances and very diverse geometries. It is also...