


The unique dual OCT and SLO imaging of OTI's system provides a confocal fundus image allowing for accurate point to point registration and orientation of the B-Scan image in real-time. Other spectral systems are using 3D reconstructions to help identify the location of the B-Scan, by creating quasi-SLO images from large 3D images. These images, which are rendered and manipulated after the scan, are time consuming, and slow down patient throughput. With OTI's system, this information is available on-screen in real time.
OTI's new system offers a wide range of clinical possibilities with its ability to provide high resolution B-Scan images, 3D Tomographic and Topographic data, and Optic Nerve and RNFL data for monitoring glaucoma patients. Its ability to fuse with other modalities such as optional Microperimetry make it an affordable, space-saving alternative to purchasing an entirely new system for this function.
System Features
The Spectral OCT SLO™ is a combination OCT and Confocal Scanning Ophthalmoscope (SLO) designed to image the vitreo-retina, retina and choroidal-retinal structure, as well as provide a confocal fundus image, perfectly linked to the OCT B-Scan image, for accurate registration and orientation.
The Spectral OCT SLO™ system offers a more accurate method of OCT scanning with point to point registration of OCT and SLO images. The SLO image provides complementary information of the retina and is used as a visual guide to position the OCT scan on the fundus, making it incredibly easy to scan the specific area of interest.
Unlike other systems, the Spectral OCT SLO™ does not need to perform 3D reconstructions after scanning to register the location of the OCT images.Registration is in real-time, making scanning faster and more accurate. This provides the additional benefit of increasing patient throughput.
The system acquires both cross-sectional OCT and SLO images of the fundus simultaneously, through the same optics, using the same light source.Through this method, OCT and SLO images are perfectly linked with pixel to pixel registration, a crucial factor in accurately monitoring structural changes over time.
New dView image enhancement feature
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For more info, check the official OTI website.