Zeiss AXIO Observer 7

The Zeiss AXIO Observer 7 inverted LED fluorescence phase contrast microscope designed for advanced live-cell imaging, research, and quantitative analysis. Its modular design, superior optical performance, and intelligent automation make it an ideal solution for demanding applications in cell biology, pharmacology, and biomedical research.

Key Features

1. Inverted microscope design for live cell imaging.
2. High efficiency LED fluorescence illumination for multiple channels.
3. Phase contrast capabilities for label-free imaging.
4. Motorized stages and autofocus for precise sample positioning.
5. Modular and upgradeable configuration to meet evolving research needs.
6. Advanced image acquisition software with quantitative analysis tools.
7. Low phototoxicity illumination for long term live cell studies.

Applications 

1. Live cell imaging and time lapse experiments.
2. Fluorescence-based assays and multi channel imaging.
3. Drug discovery and pharmacological studies.
4. Cellular morphology and dynamic process analysis.
5. Tissue culture and cell biology research.
6. Quantitative imaging and high resolution documentation.

Benefits

1. Exceptional image clarity and contrast for detailed analysis.
2. Minimized phototoxicity for healthier cell cultures.
3. Flexible and customizable for diverse research workflows.
4. Automation reduces user error and increases throughput.
5. Scalable design accommodates future technology upgrades.
6. Streamlined data acquisition and analysis for accurate results.

Zeiss AXIO Observer 7, Observer 7 inverted microscope, AXIO Observer 7, Observer 7, Zeiss inverted widefield microscope, motorized research microscope, fluorescence and phase contrast microscope, multi-modal imaging system, live-cell imaging microscope, Colibri 7 LED fluorescence system, Definite Focus 3 autofocus module, ZEISS ZEN imaging software, Axiocam sCMOS camera compatible, bench-top research microscope, cell biology imaging platform, automated stage and focus microscope, high-resolution fluorescence imaging, microscopy workstation for labs.