WHAT'S NEW
New Microscopy Imaging Software
European Preview on Syncroscopy Stand 351 at Analytica 2004
Syncroscopy will be hosting at Analytica, on Stand 351, Hall A4, the first European showing of its new Auto-Montage software, for rapidly producing perfectly in-focus images of 3-D samples.
Perfectly focused image of a moth's eye
The new Auto-Montage Essentials and Auto-Montage Pro software are the next generation of Auto-Montage, the premier image reconstruction technology invented by Syncroscopy. The affordable Auto-Montage Essentials is ideal for use with BMAP, TIFF or JPEG source image files captured by any digital camera. The software selects and combines the focused areas from these images, to quickly generate an in-focus ‘Montage’ image, Depth Map and 3-D anaglyph.
Auto-Montage Pro, a more sophisticated software comes with time saving features such as, capturing source images directly from a digital camera and an automatic source image calibration. The software, with its easy to use interface screen offers a range of ways to view the ‘Montage’ image, guaranteeing users the best image of their samples. For automated analysis, a measurement option is available and this provides length, depth and volume data in seconds.
Syncroscopy will also be exhibiting SyncroScan and the “real time” version, SyncroScan RT, its automated microscope sample scanning systems. The systems combine motorised microscope stage, Z stepper and a high-resolution camera interfaced to a PC and scanning software. SyncroScan allows automatic capture and stitching of each frame of a microscope image to instantly produce one large image map, ensuring rapid sample checking and accuracy.
Martin Smith, Syncroscopy’s Divisional Manager commented: “We are proud to be showing such exciting new software and systems for use with optical microscopes at this year’s Analytica. Any microscopists that visit us on Stand 351 will not be disappointed, because the Syncroscopy range will offer them the perfect solution for quickly and easily creating authentic images of a wide range of samples.”
