Hand-out Nikon Instruments Inc.
Sample observation using the ECLIPSE Ui
Sample observation using the ECLIPSE Ui
Nikon has announced the launch of its new integrated microscope-based viewing system, the ECLIPSE Ui. The microscope manufacturer’s latest product features a unique microscope design which lacks a traditional eyepiece and instead embraces a fully digital user experience.
Key information:
- Nikon unveils its new integrated microscope-based viewing system, the ECLIPSE Ui.
- The microscope manufacturer's latest launch features a complete digital user experience with no eyepieces.
- Additionally, the ECLIPSE Ui also features improved navigation, image observation, and remote sharing capabilities.
The new system is designed for both in-person clinical and remote pathological observation, with the new digital user experience allowing for the easy viewing and sharing of images whilst maintaining a natural posture. ECLIPSE Ui aims to increase the comfort and workflow of pathological observation, whilst also reducing the physical burden pathologists feel and therefore improving efficiency.
“Nikon is proud to enter the medical product market with the introduction of the Ui,” said Joseph LoBiondo, Associate General Manager, Product. “This digital microscope will greatly aid clinical pathologists with observation and collaborations while being easy to operate and comfortable to use by eliminating the need to look through eyepieces for hours at a time.”
The ECLIPSE Ui features three major new benefits, improved image observation, efficient specimen navigation, and both the real-time and remote sharing of data. With Nikon’s latest technology, it only takes 2.5 seconds to automatically bring a specimen into focus with a click of a button. The user doesn’t need to bend to view the specimen, with the following image now capable to be shared with remote users in real-time. These benefits provide the user with improved comfort, as well as increasing efficiency and making collaboration easier.
Additionally, macro and micro images of the specimen can be displayed on the screen simultaneously, providing spatial context and support navigation. Intuitive functions including one-click recall of the system to a point marked on the macro image, as well as the measurement of the distance between two points can be completed with more ease.