Optovue OCTA Solix

Used equipment inspected by our technical experts.
Functional condition: perfect
Cosmetic condition: perfect
Delivered with table and computer
Optovue image quality and reliability.

TECHNICAL DESCRIPTION
Next-generation imaging, from cornea to choroid.
With FullRange

SOLIX is a brand-new technology built around high-speed
Spectral Domain OCT. This new FullRange® platform enables
the identification and monitoring of a wide range of pathologies, from the cornea to the choroid, offering an
even broader diagnostic experience.
SOLIX encompasses several tools in its
next-generation examination procedure,
enhancing both imaging capabilities and
patient management.

FullRange field of view
SOLIX provides clear images of retinal structures with
unprecedented visualization of the vitreous and choroid,
enabling confident diagnosis and follow-up of retinal pathologies, even in highly myopic patients.
A single MCT scan provides all the images and
data required for a complete retinal analysis.
The result is greater efficiency and
all the clinical data you need.

A full range of clinical applications
SOLIX is a brand-new technology built around
high-speed Spectral Domain OCT.
This new FullRange platform enables practitioners to
identify and monitor a wide range of pathologies,
from the cornea to the choroid,
offering an even broader diagnostic experience.

A full range of cutting-edge technologies
High-speed Spectral Domain OCT enables deep,
wide-field acquisition without sacrificing resolution.
Multi-volume fusion compiles four scans to
give you ultra-sharp, high-density images.
3D rendering of vascular structures lets you visualize retinal
vascularization and vascular connections.

Capture the entire anterior chamber in a single scan.
The SOLIX FullRange anterior segment module
delivers impressive images of the entire anterior chamber,
from the anterior surface of the cornea to
the anterior surface of the lens.

Optimizing clinical utility
Thanks to the fundus camera, external photography and
evaluation of the Meibomian glands,
as well as full anterior segment visualization,
the system's clinical utility extends to a wide range of patients.