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VisusImage analysis systems
For various applications involving image analysis we suggest complete "turn-key" systems. Image acquisition, enhancement, analysis, archiving, and printing images and data are provided with the systems based on the transmitted or reflected light microscopes. The digital or CCD image acquisition system is installed on a microscope. The images are transmitted to PC and analyzed with VisusImage software.

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APPLICATIONS LOMO, CARL ZEISS, LEICA, NIKON, OLYMPUS MICROSCOPE IMAGE ACQUSITION SYSTEM PC (RECOMMENDED) SOFTWARE

Morphology studies in medicine and biology System description Applications: Medicine and biology                
Biological, transmitted light                          
Color or b/w digital / CCD image acquisition system
Intel Pentium III 700 Coppermine/ RAM 128Mb / HDD 20Gb / monitor 17" 32Mb / Windows 9x, NT, 2000
VisusImage-Master (Morphology)
Morphology study in material sciences System description Applications: Material Sciences, Earth Sciences Transmitted or reflected light Color or b/w digital / CCD image acquisition system Intel Pentium III 700 Coppermine/ RAM 128Mb / HDD 20Gb / monitor 17" 32Mb / Windows 9x, NT, 2000 VisusImage-Master (Structure)
Density analysis System description Biological, transmitted light B/w digital image acquisition system Intel Pentium III 700 Coppermine/ RAM 128Mb / HDD 20Gb / monitor 17" 32Mb / Windows 9x, NT, 2000 VisusImage-Master
Motion analysis System description Biological, transmitted light Color or b/w CCD image acquisition system Intel Pentium III, не менее 866 MHz / Video Raid Massive / RAM 128Mb / HDD 20Gb / monitor 17" 32Mb / Windows 9x, NT, 2000 VisusImage-Master
SPECIALIZED SYSTEMS FOR MEDICINE AND BIOLOGY
Chromosome analysis System description Applications: Medicine and biology > Example Fluorescence microscope B/w digital image acquisition system Intel Pentium III 700 Coppermine/ RAM 128Mb / HDD 20Gb / monitor 17" 32Mb / Windows 9x, NT, 2000 VisusImage-Karyo 6.0 or VisusImage-Karyo 1.5
FISH analysis System description Applications: Medicine and biology > Example Fluorescence microscope B/w digital image acquisition system Intel Pentium III 700 Coppermine/ RAM 128Mb / HDD 20Gb / monitor 17" 32Mb / Windows 9x, NT, 2000 VisusImage-FISH
Colony Count System description Applications: Medicine and biology > Example Biological, transmitted light, fluorescence Color or b/w digital / CCD image acquisition system Intel Pentium III 700 Coppermine/ RAM 128Mb / HDD 20Gb / monitor 17" 32Mb / Windows 9x, NT, 2000 VisusImage-Colony Count
Sperm Analysis System description Applications: Medicine and biology > Example Biological, transmitted light, with dark field and phase contrast Color or b/w CCD image acquisition system Intel Pentium III, не менее 866 MHz / Video Raid Massive / RAM 128Mb / HDD 20Gb / monitor 17" 32Mb / Windows 9x, NT, 2000 VisusImage-Sperm

We have long-term partnership relationships with LOMO, distribute Carl Zeiss and Leica microscopes.

System descriptions:

The systems for morphology study in medicine and biology provide an ability to capture images, enhance and annotate them, measure image objects (cells, nuclei, etc.), process the measurement data statistically, archive images and data in the image database. The imaging system includes the transmitted-light microscopes (with trinocular head and TV-adapter). The digital or CCD camera installed on the microscope provides image capturing. Further image processing and analysis are made with VisusImage-Master (Morphology) software.

The systems for density measurements provide an ability to capture images, enhance and annotate them, measure image objects (cells, nuclei, etc.), perform optical density measurements, process the measurement data statistically, archive images and data in the image database. For density analysis three methods can be used: with background correction, with background and dark field correction, with density calibration. The complete system includes the transmitted-light or fluorescence microscopes (with trinocular head and TV-adapter). Monochrome digital image acquisition system installed on the microscope provides image capturing. Further image processing and analysis are made with VisusImage-Master (Morphology) software.

The systems for chromosome analysis provide an ability to capture the chromosome images, enhance and annotate them, automatically arrange the chromosomes in a karygram, create and analyze ideograms, archive source images, karyograms and ideograms in the image database. The complete system includes the transmitted-light or fluorescence microscopes (with trinocular head and TV-adapter). Monochrome digital image acquisition system installed on the microscope provides image capturing. Further image processing and analysis are made with VisusImage-Karyo 6.0 or 1.5 software.

The systems for FISH analysis provide an ability to receive the resultant color images by mixing or overlaying the source black and white images acquired from the fluorescence microscope while the filters are being changed (to make different fluorescent marks be visible). This enables to locate and identify the DNA sequences directly on the cells and chromosomes. The complete system includes the fluorescence microscopes (with trinocular head and TV-adapter). Monochrome digital image acquisition system installed on the microscope provides image capturing. Further image processing and analysis are made with VisusImage-FISH software.

The systems for colony count provide an ability to capture the bacteria colony images, enhance and annotate them, count and measure the bacteria colonies, process the measurement data statistically, archive images and data in the image database. The complete system includes the inverted microscope (with trinocular head and TV-adapter). Monochrome digital image acquisition system installed on the microscope provides image capturing. Further image processing and analysis are made with VisusImage-Colony Count software.

The systems for motion analysis provide an ability to capture video-sequencies, enhance and annotate them, measure image objects (moving or changing their properties with time), process the measurement data statistically, archive images and data in the image database. The complete system can be created on the basis of the transmitted-light microscopes equipped with trinocular head and TV-adapter. TV-camera installed on microscope provides image capturing. Further image processing and analysis are made with VisusImage-Master software.

The systems for sperm count and analysis provide an ability to capture video-sequences of native sperm ejaculates and images of the stained sperm smears. For the sperm ejaculates the total sperms are counted and their motility is measured. On the images of the stained sperm smears the sperms are measured. The source images and data can be saved in the image database. The complete system includes the transmitted-light microscopes equipped with trinocular head and TV-adapter having if necessary the phase contrast. TV-camera installed on microscope provides image capturing. Further image processing and analysis are made with VisusImage-Sperm software.

The systems for morphology study in material sciences provide an ability to capture images, enhance and annotate them, measure image objects (particles, grains, etc.), process the measurement data statistically, archive images and data in the image database. The complete systems includes the transmitted or reflected-light microscopes (with trinocular head and TV-adapter). TV-camera installed on the microscope provides image capturing. Further image processing and analysis are made with VisusImage-Master (Structure) software.