Scheimpflug Camera

The HRT3 RCM is a compact ophthalmic device that employs confocal scanning laser microscopy to generate high-resolution images of the cornea and external ocular structures, including the conjunctiva and limbus.
input:
output:HRT3 RCM enables the acquisition of distinctive en face images of corneal cells and structures, the identification of keratocyte subpopulations, and the visualization of the corneal subbasal nerve plexus by scanning the cornea with a field of view of up to 400 x 400 μm.input:
output:
For a thorough in vivo evaluation of all corneal layers, from the epithelium to the endothelium, navigate through the cornea at the cellular level and choose your preferred scanning depth.

The diagnosis and monitoring of corneal abnormalities, the evaluation of dry eye disease, the analysis of corneal nerve structure in diabetic patients, and the assessment of pre- and post-surgery can all be facilitated by the comprehensive assessment of the cornea and other external ocular structures with HRT3 RCM.input:
output:Epithelium: 30 μm

Analyze the epithelium in great detail, including the subdifferentiation of epithelial cell layers.input:
output:Corneal Subbasal Nerve Plexus – 62 μm

Evaluate the corneal nerve structure in diabetic patients by examining the fine details of the subbasal nerve plexus.input:
output:Stroma – 300 μm

The high-resolution en face images enable the precise analysis of corneal treatment outcomes and the identification of keratocyte subpopulations.input:
output:Endothelium: 572 μm

In addition, the semi-automated endothelial cell count offers further insight into the morphology of this layer. The cell density (cells/mm2) is automatically calculated after the endothelial cells have been manually marked in an appropriate frame.