With automatic 3D tracking and focusing, retinal images can be captured by single tap.

 

 
Fully Automatic Image Capture
With automatic 3D tracking and focusing, the retinal images can be captured by single tap. The full-auto-shot function shortens exam time, which not only simplifies the examination process for doctors and nurses, but also reduces the discomfort or strains for patients.
 
 
 
Enhanced Connectivity
Users are able to store, retrieve, archive and share the digital images by USB drives or LAN. NFC-700 is also DICOM compliant, making it easy to integrate with PACS program. Users can transfer, print out or share retinal information through Ethernet, HDMI or USB.
 
 
 
 
High Quality Retinal Image
With high resolution of 12 million pixels, NFC-700 provides retinal diagnostic staff and AI systems more precise and helpful information, which increases diagnostic accuracy and efficiency.
 
 
 
Montage Feature
NFC-700 provides multi-image mosaics for doctors to see the broader view of patients’ retina.
 
 
Built-In Filters
NFC-700 provides red-free, negative film, RGB, grey scale filters for users to change or apply photo effects to the image for different purposes.
 
 
Large 10.1” Touch Screen
Touch panel is easy to control. Image details could be seen and checked more directly and precisely through large screen. 
 
 
10 Selectable Fixation Targets
Ten internal fixation targets are selectable. The disc, fovea, macular, or other peripheral retina areas can be captured by selecting the specified fixation.
 
 
 
Cup-to-Disc Ratio Calculation
The system automatically calculates the C/D ratio after cup and disc are marked, which helps doctors to detect glaucoma or other abnormality. 
 
 
Cornea Image
With manual mode, NFC-700 can capture cornea images for doctor to examine the cornea, iris, ciliary body and sclera.
 
 
 
Image Comparisons
Users are able to choose different periods or angles of photos to compare.
 
 
 
10 Selectable Fixation Targets
Ten internal fixation targets are selectable. The disc, fovea, macular, or other peripheral retina areas can be captured by selecting the specified fixation.