ZEISS Axiovert 7
Your Inverted Direct-Illumination Material Microscope
For versatility in the materials lab, a high-end microscope lets you adjust the viewing light in more ways than one.
Different materials produce better images under different lighting conditions and polarization modes. You must adjust filter settings and brightness precisely and reproducibly - and you can!
With Axiovert 7 you acquire samples in high optical and statistical quality.
Documentation
Large Sample Area
Compartible with ZEISS Axiocam
Analysis of Structural Phases
6 Slots for Filters
Downloads
Features
Digital Integration
In the modern materials laboratory, the boundary between computer and microscope is increasingly fluent. Full support of digital color cameras and powerful imaging softwares allow seamless documentation and in-depth analysis of your images.
With the A.I. concept, your analysis takes less time. Routine tasks can be handled by the machine – That is futuristic, for us default.
Save powerful images and reports with LabScope software or use the ZEN software environment to get the most out of your point-of-view network integration.
Analysis of Structural Phases
With the LabScope imaging software from ZEISS and up to six filter slots for various polarization modes and light spectra, detailed analysis of grain boundaries and inclusions is simple, intuitive and versatile with the Axiovert 7.
Configure your system exactly to your application and compare cross sections of your metallic or hybridized components.
Thanks to the large sample stage, you only need to grind even larger objects down to the viewing plane, simply place them with the now smooth surface and start the analysis.
6 Slots for Filters
The filter revolver can hold up to 6 different filter cubes from the ZEISS cataloge.
Installing filter cubes consists of a single step: Click the filter cube into the holding brackets of the revolver. It firmly snaps into place.
Axiovert 7 and ZEISS Filter Cubes provide fantastic activation light spectrum, optimized for clarity, beam pathing and wavelength.