Features & Benefits

User Interface
softWoRx Explorer makes it easy to open your images, in or out of the lab. With a simple, easy-to-use interface, adjust the histograms and image colorization, measure in 2D, 3D or 4D, annotate, animate and export into multiple image and movie formats. And with the OS-independent design, every tool works the same on each OS (Win 2000, XP / Mac OS 10.2 - 10.4 / Linux 7.2 and up).

Core Features and Tools

Channel Select
Z - Control
T (time) - Control
Able to display images larger than available memory
On screen scale bar annotation on/off (overlayed)
On screen channel and Z annotations on/off
On screen time stamp annotations on/off
Supports Copy and Paste of image to other applications
Print image window
Scaling Tool w/Histogram
Channel Color Tool
4D Measurement Tool
Data Inspector Tool
4D Animation Tool
ROI (rectangle)

Import Formats and Features

Auto detect file format on Open
Auto load MultiFile TIFF sequences
Able to load images or sequences larger than memory available
Supports loading 2D sequences (X/Y)
Supports loading 3D sequences (X/Y/Z)
Supports loading 4D sequences (X/Y/Z/Channels)
Supports loading 5D sequences (X/Y/Z/Channels/Time)
Supports filters on directory listings(*.tiff / *.ome / *.dv / supported files / all files)
Import TIFF, MultiFile TIFF and MultiFrame TIFF
Import DeltaVision^® / arrayWoRx^® image files
Import OME (Open Microscopy Environment)

Export/Save Formats and Features

Supports specifying pixel size
Supports specifying scaling method
Supporting specifying 5D parameters during save (X/Y/Z/Channels/Time)
Displays preview of image saved (Photoshop, JPEG)
Export to TIFF and auto-named MultiFile TIFF (Z,T,Channel)
Export to OME (Open Microscopy Environment)
Export to DeltaVision / arrayWoRx image files
Export to QuickTime and MPEG movies
Export to JPEG and PSD (Photoshop)


		DeltaVision^® is a family of fully integrated, optimized microscopy systems designed to look at multiple probes and samples over longer periods of time than other imaging systems. These systems are uniquely suited for 3D and 2D live cell applications. As biological questions increase in complexity and sensitivity, there is a greater need for higher image quality. Improved resolution and contrast yield greater quantitative measurements and therefore more reliable results.