Optical zoom 100°/60°/30° Laser Scanning Fundus Camera to Realize Fundus Reflex And Capillary Fluorescence Imaging
Ultra-wide field laser scanning Fundus camera - CSLO
INITIATIVE CONFOCAL LASER SCANNING TECHNOLOGY
Product Overview
China Leading And Domestic InitiativeConfocal Laser Scanning Technology, to Realize Fundus Reflex
And Capillary fluorescence Imaging.
Feature
1 | ![]() | Infrared(NIR) | 1) To clearly observe Macular anterior membrane and macular cystic edema 2) Comfortable, no stimulation 3) Strong penetrating
|
2 | ![]() | Red Free(RF) | To observe retinal nerve fiber layer, optic disk, Epiretinal Membrane,Retinal folds and Cysts. |
3 | ![]() | Laser multicolor image of fundus (Multicolor) | Laser multicolor image has more diagnostic value for a variety of fundus diseases including DR, and it can be used more clearly for image with small pupil and turbidity of dioptric media. |
Cases
Advantage
1 | More precise | Three image modes: RF/NIR/MULTICOLOR, optical resolution of 5um |
2 | More quickly | 1) 100°/60°/30° Wide field view lens optical design, fine imaging 2) Automatic image mosaic, two images can cover the whole retina imaging |
3 | More comfortable | 1) Non mydriatic (minimum pupil size as low as 2mm) , can be used for clear imaging of cataract patients 2) No flash/weak light for better experience. |
4 | More stable | 1) New generation of laser light source, more stable 2) Integrated design, simple and durable |
Product Technical Parameters
1 | Model | CSLO |
2 | Name | Ultra-wide field laser scanning Fundus Camera - CSLO |
3 | Imaging mode | NIR + RF + Multicolor |
4 | Optical scanning lens | Optical zoom 100°/60°/30° |
5 | Fundus imaging FOV | 160° |
6 | Light source | Solid-State LASER |
7 | Frame frequency | 16 fps |
8 | Fundus tracking | Averaging Real Time Tracking |
9 | Minimum pupil size | 2 mm |
10 | Lesion resolution | 5 um |
11 | Video/image output | Support Avi Jpg Tiff video or image formats |
12 | Microclear Unique Technology | Ultra-wide field lens design + real-time fundus tracking + dynamic optical zoom + confocal laser scanning |