Konan CellChek 20 -NEW!
Clinical Benefits
- Contact Lens Patient Management
- Fully automatic- very easy to use
- Pre-Operative Risk Assessment for Cataract, Refractive and Implant Surgery
- Post-Operative Care and Co-Management
- General Assessment of the Cornea
- Now even higher quality images
- DICOM WL/Store
- Gold Standard Analysis Methods
- Center Method™
- Flex-Center™ semi-automated analysis tools.
Exclusive Features
- Location Data
- Trend Analysis
- FDA Cleared Device & Database, CE 0123
The Gold Standard, Redefined.
Faster, Easier Endothelial Imaging
CellChek 20 is Konan Medical’s new, non-contact specular microscope that can capture and analyze bilateral exams with one touch in under 40 seconds.
The new easy-to-use “Simple Mode” enables one-touch, fully-automated endothelial image capture with analysis, reporting, and exporting of data.
Blazing Fast
The new, easy-to-use “Simple Mode” enables one-touch, fully-automated endothelial image capture with analysis, reporting, and exporting of data.
The completely reimagined CellChek 20 is noticeably improved and simplified; remove the device from the box, connect to power, turn it on, and start imaging.
Konan’s gold standard Center Method™ and Flex Center Method™ are now fully-automated. Automated Center Method displays cell center counted densities and morphometric indices of both eyes immediately after images are captured – all in under 40 seconds.
Fast, one-touch imaging of both eyes including positioning, alignment, imaging capture, analysis and print-out/exporting data.
Easy touch-friendly interface makes capturing, analysis, and reporting fast and efficient. Also features pinch-to-zoom image adjustment.
Konan exclusive image location enables relevant visit-to-visit trend analysis to track patient progression.
Improved resolution allows better visualization of single cells and cell walls. Superb cell border tracing and gutta exclusion.
This improved technology allows for successful imaging of difficult or challenging cases.
The field of view has been increased to 0.25mm x 0.55mm, enabling better corneal visualization and more cells to be analyzed.
