Making the Invisible Measurable

 Products are developed for creating and analyzing 3D data sets.

MeX is a software product to compute and analyze digital elevation models (DEMs) from stereoscopic scanning electron microscope (SEM) images.
MeX opens up the third dimension to the SEM users. In order to determine the topography of microstructures MeX is the ultimate tool when other means have come to an end.
Using MeX you can measure profiles, roughness values, area parameters and even volumes of your specimen from SEM images.

SEM + 3D Measurement! Gain the benefits of high-end 3D analysis - Visualize your SEM images with a new perspective using MeX software ...

InfiniteFocus

A new dimension in light microscopy

InfiniteFocus allows the capturing of sharp, brilliant images of almost infinite depth of focus. Within seconds high-resolution color images are calculated applying innovative algorithms. Contrary to conventional approaches robust and accurate results are achieved. Therefore not only sharp images can be calculated but also accurate 3D measurements and topographic analyses are possible. Explore how to turn a conventional light microscope into a fully digital three-dimensional measurement device.

Two major innovations distinguish InfiniteFocus

• 1. A motorized changing of the working distance results into different in-focus areas on the observed specimen - a whole series of images, the so-called image stack is captured. Novel digital image processing algorithms reproduce the image formation process in the microscope and determine which pixel are in focus. Images with optimal focus are the result. Additionally the surface topography is determined.

• 2. Conventional techniques do not allow optimal illumination in all image areas. In most cases areas appear either too bright or too dark. InfiniteFocus directly controls the light source and the digital camera and from that information calculates for each pixel the optimal illumination.

Your advantages

• images with almost infinite depth of focus
• fully-automatic creation of 3D datasets for profile- area- and even volume analysis
• images under optimal illumination due to digital image capturing and digital controllable light source
• convenient working with the microscope due to latest camera technology
• modular design - upgrade your existing microscope or decide on new harmonizing components

Technical specification

xy-table
scan table size 100 x 70 mm
working area 78 x 34 mm
maximum load 0.5 kg
resolution 1 µm

z-stage
working range (motorized) 30 mm
range with manual feed 80 mm
resolution 0.5 µm

CMOS camera
resolution 1280 x 1024 Pixel
pixel size 7.5 µm
radiometric resolution up to 10 bit