Uploaded June 2025 | Updated September 2026, 2 weeks ago
Nikon's ECLIPSE Ti2 integrates data from sensors to guide you through these steps, eliminating user error and enabling researchers to concentrate on their data.
Continuous display of microscope status (Ti2-E/A)
A collection of built-in sensors detects and relays status information for a variety of components in the microscope. All of the status information is recorded in the metadata when you acquire images with a computer, so you can easily recall acquisition conditions and/or check for configuration errors.
In addition, a built-in internal camera allows users to view the back aperture, facilitating confirmation of phase ring alignment and extinction cross in DIC. It also provides a laser-safe method for aligning lasers for applications such as TIRF.
Check out our popular videos:
Simply perfect - Real time focus correction with the PFS: youtu.be/M_gMR4LbU4Q
Behind the scenes to Nikon's world-class objective lens manufacturing: youtu.be/l87bjZHsrqM
#NikonMicroscopy #microscopy
Nikon's ECLIPSE Ti2 integrates data from sensors to guide you through these steps, eliminating user error and enabling researchers to concentrate on their data.
Continuous display of microscope status (Ti2-E/A)
A collection of built-in sensors detects and relays status information for a variety of components in the microscope. All of the status information is recorded in the metadata when you acquire images with a computer, so you can easily recall acquisition conditions and/or check for configuration errors.
In addition, a built-in internal camera allows users to view the back aperture, facilitating confirmation of phase ring alignment and extinction cross in DIC. It also provides a laser-safe method for aligning lasers for applications such as TIRF.
Check out our popular videos:
Simply perfect - Real time focus correction with the PFS: youtu.be/M_gMR4LbU4Q
Behind the scenes to Nikon's world-class objective lens manufacturing: youtu.be/l87bjZHsrqM
#NikonMicroscopy #microscopy
