Company- / Product profile arivis Multiple Image Tools GmbH

visualize – realize

arivis Multiple Image Tools GmbH

Solutions for the scientific image data management

arivis offers professional solutions to handle complex image data of an almost infinite size.

The special data format and the innovative software systems of arivis flexibly support your visualization and analysis tasks. The easy integration of external devices assists you in conducting your experiments.
Our highly modular and compatible products allow the acquisition, management, visualization and analysis of your large and multidimensional image data in scientific and technical applications:

• arivis Browser is a professional tool for data visualization and analysis.
  
• arivis WebView supports you in visualizing and annotating the multidimensional data on the internet and intranet.
  
• arivis Viewer is a free software for an easy visualization of your large image data.
  
• arivis ImageCore is a solution for imaging software developers. For the benefit of your projects, it provides cross-platform access to the core functionality of our imaging solutions.
  
• arivis Platform helps you integrating a diversity of data and devices and supports interactive experiments and visualizations.
  

arivis – the company
The arivis – multiple image tools GmbH is a German software company. It was founded in 2004 as a spin-off from the Fraunhofer Institute for Computer Graphics Research in Rostock and is now operating worldwide.
Since 2004, the company has established a high reputation as a fair provider of efficient software solutions and as a reliable partner for projects and cooperations. This led to successful partnerships with a wide range of companies, institutes and universities worldwide; e.g. Agilent Technologies, Carl Zeiss Inc., Fraunhofer-Gesellschaft, Max-Planck-Gesellschaft, etc.

arivis Browser

The arivis Browser is a modular software system for managing, visualizing and analyzing almost infinitely large image data. The browser efficiently operates on standard PCs.

One key application area is microscopy. Particularly High Content Screening and Live Cell Imaging deal with very large image data, that is available as 2D images, as 3D image stacks or as multichannel time series of images or image stacks.
The data management of the arivis Browser is able to efficiently handle such extensive image data. The special data format developed by arivis supports any number of channels, a depth dimension (z) and a temporal dimension (t). After a simple import, the data is available for your advanced visualization and analysis tasks.

Working with the arivis Browser

The arivis Browser facilitates your work with scientific image data, covering 2D, 3D and 4D (incl. the temporal dimension) visualization. This includes tasks as listed below:

Acquisition and Import
The arivis Browser supports a variety of established data formats which can be easily imported. Benefit from a direct connection to imaging devices (e.g. microscope, camera). The size of the resulting image stacks is only restricted by your disc space and may even amount to terabyte.

Visualization
Different viewer options allow the visualization of the image data: Additionally to the 2D Stack Viewer, a gallery view is provided for image stacks (Gallery Viewer). The Split Viewer lets you combine different viewer options and perspectives on your image stacks simultaneously.

3D Visualization
Given an image stack with a depth dimension (z), the 3D Stack Viewer provides different render modes, such as volume, isosurface and orthoslicer which visualizes cuts through the three-dimensional space. In all these 3D visualizations, you can navigate interactively. Customized viewpoints can be selected to create a high-quality movie.

Color management
In order to visualize and analyze your image data, you can customize the color mapping. Use the predefined color gradients, modify colors in the curve editor or change standard color settings (e.g. brightness, contrast, alpha) conveniently.

Annotation
To mark relevant areas in the image data, different annotation tools are provided. In addition to lines, rectangles or ellipses, you can insert simple markers (even with textual information) or complex polyline annotations. The annotations can now be used in further analysis and visualization steps.