Short Description
The Nikon Eclipse Ti2-E is an automated, inverted microscope system platform for high-end imaging and complex research workflows.
Contact Person
Thomas Steinacker
Research Services
The Nikon Eclipse Ti2-E is an automated, inverted microscope system platform for high-end imaging and complex research workflows.
Optical architecture
CFI60 infinity optics with an exceptionally large field of view (up to 25 mm) enable high-resolution imaging of large sample areas and improve throughput in automated screening applications.
Mechanical stability
The stand design minimizes drift effects during long-term live cell experiments. The high-precision Z-focus drive works seamlessly with the Perfect Focus System (PFS), which compensates for thermal and mechanical focus drifts in real time.
Automation
Comprehensive sensor technology monitors the position of filters and objectives. Fully automated control enables the programming of complex multidimensional experiments (X, Y, Z, time, wavelength, multipoint).
Modularity
The stratum structure design allows the integration of confocal scanning units, TIRF modules, photostimulation units, and a wide variety of light sources and high-performance cameras.
Control
The NIS-Elements software enables deep hardware integration and advanced image processing (deconvolution, AI-based analysis).
Methods & Expertise for Research Infrastructure
Programming complex multidimensional experiments. Current methods and expertise must first be developed.