SOLIX delivers 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 precision OCTA scan that generates both RDB metrics and OCTA vessel density for comprehensive retinal analysis, which optimizes efficiency and quickly provides the clinical data your practice demands.
FullRange of clinical applications
SOLIX delivers multiple tools for a new generation of disease management that improves throughput and enables superior patient care: anterior and posterior OCT, OCT angiography, fundus photography, external color photography, evaluation of the meibomian glands.
FullRange of cutting-edge technologies
Ultra-fast spectral-domain (SD) technology produces a wide and deep field of view that does not compromise image resolution. Multi-volume merge technology averages four scan volumes to deliver high-density images with pristine clarity and 3D vessel rendering enables visualization of retinal vasculature and vascular connectivity.
Capture the entire anterior chamber in a single scan
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 (18 x 6.5 mm) .
Maximize clinical utility
The integrated fundus camera provides both internal and external colour photography, combined with the IR imaging this comprehensive anterior segment package expands the clinical possibilities to address a broad range of patients.
Corneal and epithelial thickness mapping
Quantify epithelial, stromal and total corneal thickness with the 10mm Corneal Layer Map, which features 16 meridians to fully cover the LRS transition zone. The Highlight Tool to further appreciate subtle changes in epithelial thickness for early kerataconus detection. The Change Analysis report measures changes in thickness between visits.
A full OCT anterior segment new feature
OCT topography provides a comprehensive assessment of BOTH the anterior and posterior surfaces of the cornea while being able to differentiate epithelial cells and stroma.