Aphelion™ Lab is a software
tool to compute measurements on image features of interest and generate analysis report. Thanks to its
easy-to-use graphical user interface, it enables to quickly create effective analysis projects for digital
images acquired from microscopes, copy stands, and many other devices.
Aphelion Lab available in Q2 2008.
.NET components: The release of the Aphelion™ imaging components built on the Microsoft® .NET Framework is now available. The components are based on the native components of Aphelion™ 4.0 that fully support 64-bit architectures and environments such as Windows® XP and Windows Vista™. A version for Linux® will be released in 2008.
New additional modules for the Aphelion™ Software System are now available in version 3.2i of Aphelion™.
Camera support: New Aphelion™ drivers for Leica™ DC and DCF camera systems, and an updated version of the Aphelion™ driver for Diagnostic Instruments™ Spot Insight to support the Spot Insight Color Mosaic model.
3D Skeletonization: An add-on module to the existing 3D Image Image Processing module to generate a 3D skeleton from a 3D tree-like structure.
Kriging Module: A module to improve the quality of images acquired by devices such as microprobes which have a tendency to blur images.
Microscopy Tool: A set of ActiveX components and a stand-alone application, to grab and manage images acquired from an optical microscope. The application lets the user control the full motion of the stage of the microscope, interface the camera, and save images.
FireWire® IEEE1394 Support: Aphelion™ has been successfully interfaced to cameras supporting the IEEE1394 standard (IIDC version 1.30 specifications).
All the modules above are already available. Contact your local representative to learn more about any or all of these modules.
And if you are dealing with 3D images, consider using the two additional modules, 3D Image Processing and 3D Image Display. These modules are widely used to develop applications in the fields of material sciences, confocal microscopy and fiber analysis