ZEISS GeminiSEM for Life Sciences

High-resolution combined with an additional expansion of analytical capabilities is extremely important for many applications in material analysis. With the integration of a charge compensation system, these investigations are not restricted to conductive samples only but can also be executed for all kinds of non-conductive samples. Such a method is demonstrated here in the application note below.

In this poster, ZEISS demonstrates the capacity of Gemini Optics with a variety of real-world samples, ranging from metal particles to biological materials.

ZEISS in situ AFM optics integrates the best qualities of AFM and SEM to deliver high-performance in visualizing 3D topography down to the atomic level while measuring a wide range of physical properties. To find out more about the applications of in situ AFM, check out the appnote below.

The GeminiSEM serie stands for effortless imaging with sub-nanometer resolution and high detection efficiency. You can rely on its surface sensitive analysis and profit from the highest sample flexibility. The appnote below provides essential guidances to choose the best GeminiSEM product for your research, industrial lab, imaging facility or educational organization.

This application note discusses the advanced 3D surface modelling functionality of ZEISS MERLIN series electron microscopes.

This application note explores the capabilities of the GEMINI II column found in the ZEISS MERLIN FE SEM, including: short image acquisition times at high resolution for mosaics, 3D data collection and fast mapping for chemical analysis (EDS) and crystallography studies (EBSD) over a wide range of materials and applications.

In this application note, high-resolution SEM imaging is executed on non-conductive samples by the integration of a charge compensation system.

In this application note, the capability of the ZEISS MERLIN for high-resolution imaging at low acceleration voltages and low beam currents is demonstrated.

In this introductory video, Dr. Alexander Thesen, product manager at ZEISS, describes the advantages of the ZEISS GeminiSEM Family.

In this video, Tom Deerinck, NCMIR San Diego, describes his work to develop new microscopy methods for neuroscience and cell biology applications. Hear how serial block-face scanning electron microscopy, combined with optical microscopy, provides a revolutionary technique for the 3D analysis and understanding of cells, organelles, macromolecules and tissues. Tom explains how the Zeiss MERLIN detection system provides high stability and resolution essential for this technique.

High-resolution 3D block face imaging for biological samples with fast acquisition rates and minimal sample damage

SelectScience® spoke to Chris Guerin, Bio Imaging Core facility at the Flanders Institute of Technology, about innovations in high resolution correlative microscopy

SelectScience® spoke to Dr Louise Hughes, Bio-Imaging Unit, Oxford Brookes University, about the technology her lab cannot do without

Discover the advances in imaging technology that are accelerating plant biology