dhs Dietermann & Heuser Solution GmbH | Zeiss AxioLab 5 Mat with dhs-MicroCam i3 for Phase & Pore Analysis

dhs Dietermann & Heuser Solution GmbH

Herborner Str. 50
35753 Greifenstein-Beilstein
GERMANY

Phone: +49 2779 91200
Mail: vertrieb@dhssolution.com
WEB: https://www.dhssolution.com/en/

dhs Dietermann & Heuser Solution GmbH | Zeiss AxioLab 5 Mat with dhs-MicroCam i3 for Phase & Pore Analysis

Phase Analysis and Pore Analysis are complementary techniques that together provide a comprehensive understanding of material properties. Phase analysis helps identify and quantify the various components of a material, while pore analysis provides crucial information about the structure and distribution of voids. These analyses are vital for developing new materials and optimizing existing ones for a wide range of applications.


ZEISS Axiolab 5 for Material Analysis: Efficient Materialography and Intuitive Documentation

Seamless Digital Documentation

The ZEISS Axiolab 5 redefines the standards for digital materialography. It is the ideal choice for demanding applications in routine material analysis, where high standards for ergonomics and efficient digital documentation are paramount. Axiolab 5 is not just a technological innovation but also an economically compelling solution, thanks to the Smart Microscopy concept that eliminates the need for additional imaging software and computers.


dhs-MicroCam®

Digital Microscope Cameras

Since the choice of the image source plays a crucial role in the digital world of images, dhs Solution has its own digital microscope camera series – the dhs-MicroCam®. The dhs-MicroCam® can be used in light and stereo microscopy and macroscopy. Our cameras are adapted to all optical systems as an image source via the standard C-Mount thread.

All dhs-MicroCams® are integrated into the dhs Image Database® and dhs-Basic software. This provides you with all the convenient tools such as

  • Live image functions
  • Setting and saving parameters


The dhs-MicroCams® offer various CMOS sensor sizes (1/2“, 2/3″, and 1“) and resolution variants to find the appropriate image source for every application.