Optovue Solix

See front and back and never go back

FullRange® OCT excels in both anterior and posterior segment imaging, because you deserve to see everything.

Optovue Solix

Introducing the new 2-in-1 solution that harnesses the best in OCT-Angiography to completely revolutionize your patient care. Offering ultra-high-speed scanning and a comprehensive field of views that delivers exceptional depth and width without compromising image clarity or resolution.

Table Solix

Multimodality and excellence

Benefit from the tools you need to identify and manage a wide array of ocular pathologies, providing a superior diagnostic experience from
the front of the eye to the back.

OCT anterior segment

Solix FullRange anterior imaging provides stunning views of the entire anterior chamber, from the front surface of the cornea to the anterior surface of the lens. A comprehensive anterior segment package expands the clinical utility of the system to address a broad range of patients.

Enhance dry eye diagnosis and management incl. External IR imaging of Meibomian glands.

Quantify epithelial, stromal and total corneal thickness with the 10mm Corneal Layer Map, which features 16 meridians to fully cover the LRS transition zone. Use the Highlight Tool to further appreciate subtle changes in thickness. The Change Analysis report measures changes in thickness between visits.

This report is highly useful for monitoring post-surgical epithelial changes, adjusting contact lenses, following up on Ortho-K treatments, and tracking keratoconus progression.

Measuring the epithelial, stromal, and total corneal thickness is crucial for diagnosing corneal diseases. Analyzing pachymetric measurements helps assess Keratoconus risk and enhances diagnostic accuracy. Trend maps are also valuable for monitoring the progression of refractive keratoconus.

The key parameters, horizontal corneal WTW (white-to-white) and ACD, are available in a dedicated report. You can then send this information to your manufacturers for calculating the appropriate ICL size. For post ICL surgery we can monitor the lens vaulting, the anterior chamber volume and the gonio angle.

Corneal topography provides essential information for patients scheduled for cataract surgery. Critical information can be obtained, such as: irregular corneal astigmatism, early or moderate keratoconus (KCN), pellucid marginal degeneration, ATIOL fit, true net power etc.

Easily obtain corneal aberrometry maps with the Solix, which plays a crucial role in both pre- and post-cataract surgery. It provides detailed maps of lower-order and higher-order aberrations, as well as simulations of visual acuity.

OCT posterior segment

Combine two 9×9 scans for a seamless view of the posterior pole.

AngioVue QuadMontage combines four 9x9mm scans for widefield visualization of the peripheral retina.

Optovue’s exclusive 3D OCTA rendering enables real-life visualization of retinal vasculature and vascular connectivity.

Vessel Density Mapping, FAZ Analysis, Flow Area Measurements

Measure retinal thickness and GCC thickness maps and compare to a reference database.

Expand diagnostic capabilities with an ultra-fast, deep, and wide line scan.

View retinal photos in color, grayscale and inverse modes.

Provide an overview of each layer of the retina.

OCT Glaucoma package

Enhance glaucoma diagnosis and management with a single scan protocol showing optic nerve head parameters, RNFL and GCC thickness with comparison to a reference database of normal subjects, radial peripapillary capillary (RPC) vasculature and RPC density.

Measure the vessel density of the RPCs, assess
visit-to-visit change, and estimate rate of change in glaucoma patients and suspects. Vessel density analysis complements RNFL and GCC analysis and aids in the management of advanced glaucoma – especially in cases where neural structural measurements have reached the measurement floor.

Track change and estimate the rate of change in both GCC and RNFL thickness with unparalleled reproducibility to easily assess how quickly a patient’s disease is progressing.

Visualize and measure anterior chamber structures in angle closure glaucoma, pupil block glaucoma and glaucoma shunt placement with a single scan.

OCT anterior segment

Solix FullRange anterior imaging provides stunning views of the entire anterior chamber, from the front surface of the cornea to the anterior surface of the lens. A comprehensive anterior segment package expands the clinical utility of the system to address a broad range of patients.

The Optovue Solix glaucoma package

The SOLIX glaucoma package delivers in-depth analysis of the optic nerve head structure and vasculature combined with GCC.

A single scan with SSADA and Motion Correction Technology (MCT) generates both OCT and OCTA images with AngioAnalytics® metrics to help you quickly understand each patient’s status when combined with the precision post processing alignment the rate of change is plotted on easy to read graphs.

 

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OCT posterior segment

The Solix retina management eases the delivery of pristine images of retinal structures with unprecedented views of the vitreous and choroid, enabling
confident diagnosis and management of retinal pathologies – even in highly myopic patients. A single scan protocol with MCT generates all the necessary images and data needed for comprehensive retinal analysis, which optimizes efficiency and quickly provides the clinical data your practice demands.

Key Benefits:

Unparalleled Image Quality:

 Continue delivering top-tier care with the industry’s most advanced SD-OCT technology.

Enhanced Precision:

for even greater accuracy in diagnostic and follow-up

Multimodal Excellence:

 for a comprehensive approach to eye care, all within a single, powerful system.

Gallery

They talk about Solix

Find out how the Optovue Solix multimodality helps eye specialists in their daily practice!

Case studies: the Optovue Solix in practice

We are publishing real cases each month which are curated by renowned experts in the eye care industry, enabling you to benefit from their years of experience and stay updated on the latest advancements in the field.

Clinical study

Purpose: The aim of this study was to evaluate the diagnostic accuracy of 3×3 and 6×6 mm2 macula OCT-A scans for classifying healthy, mild glaucoma, and moderate to severe glaucoma eyes.