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Wide-field imaging in a single capture
With the swept source technology of the OCT-S1, wide field OCTA images as large as 23 x 20 mm can be obtained with a single acquisition. Visualization of non–perfusion areas over a very large surface becomes possible.
In addition, the SLO-based real-time tracking of the OCT-S1 minimizes movement artefacts due to involuntary eye movement. Projection artefacts from the overlying retinal circulation can interfere strongly with the correct diagnosis. A Projection Artifact Removal algorithm is therefore crucial. The Canon algorithm is based on using the full 3 D signal data, for a natural projection artefacts removal, without removing any clinical information.
Mosaic Wide Field OCTA
With the optional auto montage function, using just 4 or 5 images, a mosaic image with a scan width up to ≈ 31 mm and a scan height up to ≈ 27 mm can be created. For the diagonal direction this combined image would be approx. be 36 mm or represent an impressive 120° viewing angle.
High density scans
The Xephilio OCT-S1 offers an enormous diversity of scan areas and scan densities for OCT Angiography examinations.
Scan areas range from small (3 x 3 ~ 8 x 8 mm) to super large (23 x 20 mm) to suit your requirements. The scan density ranges up to very large: 928 x 807 pixels, which allows for visualization of even smallest vessels. The system provides various square and rectangular formats from 3 x 3 mm to super large 23 x 20 mm.
Flow Fusion
Canon Flow Fusion is 3D averaging several OCTA examinations. Flow Fusion can help to reduce the effect of poor patient co-operation. Simply split up the examination in multiple quick scans and re-combine them afterwards into a useful clinical image. Flow fusion can also overcome signal dropouts caused by vitreous artefacts. Or use Flow Fusion to simply create amazing quality OCTA images.
Intelligent Denoise
Canon’s AI based Intelligent Denoise function offers a new quality of OCTA images based on just a single acquisition – without the need to acquire and merge multiple images. Canon’s Deep Learning technology is a revolutionary technology, powered by massive amounts of clinical data to deliver images with greatly reduced image noise, increased detail and improved visibility within just seconds.
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OCTA overlay Images on the SLO Image for enhanced diagnostics.
Due to medical device regulatory reasons, not all products/services displayed on this Canon Medical Systems webpage are available in all countries or markets. Future availability of the products/service cannot also be guaranteed. Don't hesitate to contact your local Canon Medical Systems representative for further details.
