
Overview: The confocal microscope is used for fluorescent imaging of cell cultures and thin tissue samples with high resolution in the z-axis. The imaging software enables specialized imaging functions such as tilescan, mark-and-find, z-stack, and timelapse imaging.
Features:
Microscope: 4 Lasers (405 nm, 488 nm, 561 nm, 635 nm), 3 Objective lenses (10x Air, 40x Oil, 63x Oil), 2 stage inserts (glass slide, 12 well cell culture plate)
Computer Specs: HP Z4 Workstation (32 GB RAM, 6TB Disk Space, Intel Xeon W2123 CPU, Windows 10 Enterprise OS)
Imaging Software: Leica LAS X (Imaging resolution of up to 2048 x 2048 px possible)
Applications: Cell imaging, tissue architecture analysis, and live-cell dynamics.

Research lab focused on advancing scientific knowledge and innovation.
Overview: The confocal microscope is used for fluorescent imaging of cell cultures and thin tissue samples with high resolution in the z-axis. The imaging software enables specialized imaging functions such as tilescan, mark-and-find, z-stack, and timelapse imaging.
Features:
Microscope: 4 Lasers (405 nm, 488 nm, 561 nm, 635 nm), 3 Objective lenses (10x Air, 40x Oil, 63x Oil), 2 stage inserts (glass slide, 12 well cell culture plate)
Computer Specs: HP Z4 Workstation (32 GB RAM, 6TB Disk Space, Intel Xeon W2123 CPU, Windows 10 Enterprise OS)
Imaging Software: Leica LAS X (Imaging resolution of up to 2048 x 2048 px possible)
Applications: Cell imaging, tissue architecture analysis, and live-cell dynamics.


Research lab focused on advancing scientific knowledge and innovation.
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