The PROGRES GRYPHAX® ARKTUR und NAOS models will complete the range of cameras for routine use in microscopy. Jenoptik will be demonstrating the cameras’ performance capabilities at the CONTROL trade fair in Stuttgart between April 26 and 29, 2016.
By using the latest technology in the new camera models in the PROGRES GRYPHAX® series, Jenoptik is setting new benchmarks for routine microscopy. With a high light yield and wide dynamic range, the microscopic universe can be explored at a very low noise level on high-resolution monitors with Jenoptik picture quality. The USB 3.0 interface ensures that live images are presented at video speed, and that users can experience the microscope's performance capabilities on the monitor without delay. Positioning samples and focusing on them are now even faster processes. The wide range of applications includes medical usage, quality and material controls, and forensics.
Images can be captured with a resolution of between two and eight megapixels (MPix) using the new PROGRES GRYPHAX® ARKTUR. With 30 frames per second (FPS), the live image display on 4k monitors is without delay, with maximum reliability and convenience for the display provided thanks to the high image quality, e.g. for teleconferences.
The PROGRES GRYPHAX® NAOS is designed specifically for the recording of high-contrast samples with its dynamic range of over 70 decibels (dB). Further benefits of this microscope camera include resolutions of up to 20 MPix on a one-inch chip.
The operating software included is tailored precisely to the requirements and workflows of the user. The software is intuitive and time efficient in both its installation and use. Useful elements including the panorama, Z-stacking and multi-fluorescence tools extend the areas of application. The software can be installed quickly and is operated in the same way on operating systems such as Macintosh, Windows and Linux OS. This gives users maximum flexibility when it comes to upgrading their microscopes. All PROGRES GRYPHAX® microscope cameras are available now. By the end of the year, the PROGRES GRYPHAX® series portfolio will be expanded with a further three cameras for scientific applications.
By using the latest technology in the new camera models in the PROGRES GRYPHAX® series, Jenoptik is setting new benchmarks for routine microscopy. With a high light yield and wide dynamic range, the microscopic universe can be explored at a very low noise level on high-resolution monitors with Jenoptik picture quality. The USB 3.0 interface ensures that live images are presented at video speed, and that users can experience the microscope's performance capabilities on the monitor without delay. Positioning samples and focusing on them are now even faster processes. The wide range of applications includes medical usage, quality and material controls, and forensics.
Images can be captured with a resolution of between two and eight megapixels (MPix) using the new PROGRES GRYPHAX® ARKTUR. With 30 frames per second (FPS), the live image display on 4k monitors is without delay, with maximum reliability and convenience for the display provided thanks to the high image quality, e.g. for teleconferences.
The PROGRES GRYPHAX® NAOS is designed specifically for the recording of high-contrast samples with its dynamic range of over 70 decibels (dB). Further benefits of this microscope camera include resolutions of up to 20 MPix on a one-inch chip.
The operating software included is tailored precisely to the requirements and workflows of the user. The software is intuitive and time efficient in both its installation and use. Useful elements including the panorama, Z-stacking and multi-fluorescence tools extend the areas of application. The software can be installed quickly and is operated in the same way on operating systems such as Macintosh, Windows and Linux OS. This gives users maximum flexibility when it comes to upgrading their microscopes. All PROGRES GRYPHAX® microscope cameras are available now. By the end of the year, the PROGRES GRYPHAX® series portfolio will be expanded with a further three cameras for scientific applications.
