AngioPlex OCT Angiography by ZEISS
- New vascular information
- Enhanced workflow
- From the world leader in OCT
AngioPlex OCT Angiography
Making the revolutionary, routine.
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The introduction of ZEISS AngioPlex ushers in a new era in retinal care.
Now, ultra-clear 3D microvascular visualizations with non-invasive technology can be a routine part of your retina practice.
"Being able to visualize so quickly areas of macular ischemia in my DR patients without the use of a contrast agent could really help me more easily select patients with DME eligible for treatment."
- Prof. JF Korobelnik, University Hospital Pellegrin, Bordeaux, France
New vascular information
Depth–resolved visualization of the retinal vasculature. Powered by Optical Micro Angiography (OMAGc) Algorithms that utilize amplitude and phase OCT signal data to deliver the highest-quality ultra-clear 3D angiography images.
Enhanced workflow
FastTrac™ provides live-tracking for motion-artifact-free images. Single-Scan Simplicity ensures ZEISS AngioPlex requires only a single additional OCT scan to generate an ultra-clear 3D OCT angiography image.
Most powerful OCT platform
AngioPlex OCT Angiography is available on the CIRRUS 5000 HD-OCT platform, allowing ophthalmic practices the flexibility to easily integrate vascular imaging with standard OCT diagnostic imaging.
Clinical Cases
It’s not only new, it’s amazing
Clockwise from top left
Diabetic Retinopathy (DR)
AngioPlex images clearly illustrate the presence of microaneurysms and areas of ischemia
- Full depth color encoded image
- Superficial Retinal Layer
- Deep Retinal Layer
- Superficial layer overlaid onto FA
Clockwise from top left
Age related Macular Degeneration (AMD)
AngioPlex images beautifully illustrate the presence of choroidal neovascularization (CNV)
- Full depth color encoded image
- Superficial Retinal Layer overlaid onto FA
- B-Scan
- Custom layer revealing CNV below the RPE
Clockwise from top left
Branch Retinal Vein Occlusion (BRVO)
AngioPlex images clearly delineate the location of the occlusion and affected areas of ischemia superior to optic nerve head
- Full depth color encoded image , 6x6mm image
- Full depth color encoded image, 3x3mm image
- Superficial retina layer overlaid onto LSO Fundus image
- Superficial retina Layer
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