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Stack Viewer

The stack viewer is a free utility for viewing TIF/TIFF stacks in windows. This viewer provides an efficient method of displaying images in a stack with features to aid in usability. 

 

Developed for successive microscopy techniques such as block face imaging, or similar 3D imaging techniques, to improve usability. Standard windows viewer can be difficult to quickly visualise datasets, so we have made the stack viewer for easy viewing of large datasets.

Features

  • Pan and zoom style viewer - visualise individual images with flexible pan and zoom controls for fast analysis.

  • Easy stack viewing - browse whole stacks of images by using a simple slider to change the current index of the shown image.

  • Downscaling - in line downscaling of images to allow for fast loading of image index’s with speed.

  • Image dimensions - tiff stack dimensions can be loaded with the given dimensions displayed in width and height in the viewer.

  • Multi Page TIF Creation - Create TIF/TIFF stacks with multiple pages with an original stack.

  • View multi page TIF/TIFF stacks.

Screenshot of the stack viewer software displaying a high-resolution image stack of a mouse embryo heart, showcasing detailed tissue structures. The software interface features easy-to-use pan and zoom controls, allowing seamless navigation through the intricate layers of the heart tissue, ideal for analyzing HREM datasets.

Applications

This stack viewer can be used for any serial dataset for TIF and TIFF images. Designed for large gigabyte/terabyte stacks that require large transitions between images without loading the whole stack into the RAM.

Visualise 2D sections of mice, zebrafish, agricultural samples imaged with High Resolution Episcopic Microscopy(HREM) or from other technologies and techniques such as Light Sheet or Micro CT.

Screenshot of the stack viewer software displaying a cross-sectional image of an entire mouse embryo, showcasing detailed anatomical structures. The software interface includes easy pan and zoom controls, allowing for thorough examination of the various tissues and organs, ideal for high-resolution imaging analysis.
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