AMIRA/AVIZO 3D

FEI Avizo is a powerful software for modeling, redesigning, and creating 3D visualizations from raw scientific data. 3D rendering involves displaying raw input data as understandable 3D models and images.

3D models make data collection and analysis easier for experts. This software analyzes the size of a given area, the surface area of various regions, the length between specific points, and more.

 

AMIRA-AVIZO 3D
AMIRA-AVIZO 3D

It includes data extraction and meaningful statistical analysis from sealed images. As a practical example, the size and dimensions of tumors in cancer diagnosis can be accurately identified using its analysis functions.

This is a general-purpose software that can be used in various fields, currently covering geology, polymers, chemistry, life sciences, medicine, and more.

It has numerous applications across different industries. One of its key advantages is its graphical interface.

From the initial data collection phase to the creation of 3D models and the analysis and extraction of statistical data, all tasks are performed visually and transparently—without the need for scripting or coding.

FEI Avizo provides various features that help professionals in science, technology, and research accelerate their scientific studies and reduce computational errors.

The Thermo Scientific AMIRA/AVIZO 3D software suite includes AMIRA 3D and AVIZO 3D, which are used for 3D analysis and visualization of industrial and scientific data (including biological and medical data).

AVIZO

AVIZO is an advanced software for 3D visualization and analysis of industrial and scientific data. It is particularly useful for processing 3D images obtained via electron microscopy.

This software offers state-of-the-art features for analyzing 3D microscopic images.

AMIRA

AMIRA is an advanced 3D visualization and analysis software specifically designed for life sciences. It is very similar to AVIZO but is optimized for biological and medical data.

Applications and Features

AVIZO, thanks to its graphical interface, facilitates easy processing and exploration of 3D data across various sciences, including:

  • Materials Science
  • Mineralogy
  • Medical and Biological Sciences
  • Digital Rock Analysis
  • Computational Sciences
  • Industrial Metrology
  • Natural Sciences

With this software, you can develop materials that are lighter, cleaner, stronger, and more efficient. You can also simulate various manufacturing processes such as additive manufacturing (AM) or die casting.

In medical sciences, it can be used to study drug pharmacology, analyze cellular and molecular interactions minute by minute, and conduct detailed biological research.

The software provides a comprehensive set of technical tools covering a wide range of scientific and engineering disciplines.

It also improves industrial measurement workflows, saving time and costs.

AMIRA for Medical and Biological Research

Whenever there is a need to analyze microscopic and 3D images of cells and biological processes, AMIRA is the ideal tool.

It features a smart graphical user interface optimized for processing medical data. With AMIRA, you can:

  • Study cellular interactions
  • Discover new antibodies
  • Investigate cancer cell formation and development
  • Explore neuroscience
  • Examine biological structures
  • Conduct clinical and preclinical research

 

AMIRA-AVIZO 3D
AMIRA-AVIZO 3D

This program helps medical engineers and researchers in natural and biological sciences complete their projects as quickly as possible.

Thermo Scientific AMIRA/AVIZO 3D

Key Features of AVIZO:

  • Advanced software for 3D image analysis and processing using electron microscopy.
  • Extensive applications in materials engineering, medicine, natural, and biological sciences.
  • Design and simulation of new materials with optimal mechanical properties for various manufacturing processes.
  • Enhanced workflows for characterizing new materials with specific applications.
  • Broad use in industrial metrology with CMM and CT units.
  • Includes specialized data processing modules for science and research.
  • Composite material design capabilities.