Days of Microscopy

The new ZEISS Lattice SIM family balances sample size, imaging speed, and super-resolution capabilities based on your application.

In the Demo, we are showing you the pathway from sample to analysis results, acquiring images with super-resolution. Learn more about acquisition with structured illumination. Experience how SIM2-processing gives you highly resolved images with a very good signal-to-noise ratio.

Discover how effortlessly you can image the ultrastructure of biological samples in 3D across large areas! We are introducing our latest In-Chamber Ultramicrotome ZEISS Volutome for Serial Block-Face SEM.

Its intuitive workflow simplifies the processes of sample installation, automated cutting, image acquisition, preprocessing, and 3D visualization. With our dedicated Volume BSD Detector and integrated Focal Charge Compensation, you can achieve high-quality ultrastructural imaging of all resin embedded biological samples.

Light sheet fluorescence microscopy (LSFM) is ideal for fast and gentle imaging of whole living model organisms, tissues and cells as they develop – over extended periods of time.

You will experience how to acquire images of a large sample, and analyze the resulting data using arivis software, enabling effective visualization and interpretation of complex biological phenomena.

Experience the versatility of a light microscope for materials research, equipped with a distinctive set of contrast and analysis modalities.

This device integrates confocal surface imaging and fluorescence with all classical widefield contrast methods, as well as the unique Total Interference Contrast and Circular Differential Interference Contrast techniques. This combination unlocks unparalleled possibilities, all within a single instrument.

Integrating AI-powered tools into Microscopy Software enable the automation of workflows.

We will show you with real-world examples the impact of Artificial Intelligence on Material Science and Life Science, where advanced deep learning algorithms combine multiple processing steps into one: Delivering faster, and more reliable results, this enables segmentation and classification, that would be impossible otherwise.

Analyzing deeply buried features on a nanometer scale is a huge challenge. Locating the region of interest and precisley cutting to it often involves various tools and cumbersome steps.

Experience the correlative workflow of non destructive Xray microscopy & femtosecond laser supported sample preparation for focused ion beam work with the fastest workflow available.

After an introduction of the award winning ZEISS Lattice Lightsheet 7, you will experience live cell imaging at subcellular resolution. See for yourself how easy it can be to examine living specimens and reveal three-dimensional details.

Discover results of previous long-term volumetric experiments and learn more about how to get from image to results and automatically analyze your data.
 

Imaging lattice defects in crystaline materials used to be a domain of transmition electron microscopy, requiring elaborate sample preparation, high level of expertise and cost intensive equipment.

Controlled electron channeling contrast imaging by ZEISS with the unique TOCA software enables this on a scanning electron microscope without tedious sample preparation or intensive invest.