A major advantage of digital microscopes over optical microscopes is their ability to easily create 3D images. The 3 dimensional proiles of observation targets are often unclear when using only 2 dimensional images. The ability to create 3 dimensional images from a "stack" of 2 dimensional images in the Z-axis is one of the most important functions of digital microscopes.

allows to make 3D images based on height and color relection information. Just few mouse clicks and user will obtain 3D scanned model.

For better visualization we realized diferent methods of Volume Rendering - cloud of points, graticule, vertical triangulation. User friendly interface allows to obtain best results.

The 3D measurement functions allow the user to obtain an accurate and detailed proile of any target. These proiles can also be easily enlarged and rotated for inspection from any angle.

• Different presentation of 3D information available classical, coloured and map.
• Unique feature - Script manager - allows to program sequences of commands to to make the observation process faster and repeatable.

Image Composition (D.F.D. Method).
The D.F.D. method enables image composition using less sampling data than conventional models. The D.F.D. method calculates the positions of projections and depressions in the area in which focus cannot be obtained based on multiple images and obtains the data of height diferences. As a result, image composition is enabled with less sampling data than with conventional models. There is no need to capture images at all focus positions, enhancing the eiciency of analysis operations.

• Total control of cameras, motors, lenses, light sources and other devices available through diferent interfaces.

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More about 3D opportunities of DIMIC software