DEG Medical — Scleral Profilometer
Map the true ocular surface, Gaudi.
Design specialty scleral lenses with confidence — objective corneo-scleral topography in a 0.2-second capture.
Open-platform lens design. Manufacture through our lab or any compatible laboratory.
0.2 Second Capture
4 Scanning Technologies
Integrated Lens Design
A Faster Scan-to-Design Workflow
Capture, evaluate, and refine — without leaving the chair
Gaudi combines fast image capture, objective surface mapping, lens alignment evaluation, and custom design software in one practical clinical workflow.
01
Capture
Single-image capture with real-time focusing and centration guides.
02
Map
Profile corneal and scleral shape, sagittal height, and asymmetry.
03
Evaluate
Review lens alignment, blanching, color image, and IR meibography.
04
Design
Use integrated Gaudi design software to guide custom lens parameters.
of scleras studied show measurable asymmetry or toricity — most eyes are not spherical.
A Faster Scan-to-Design Workflow
Why profile the sclera?
Asymmetric high/low points — 40.7%
Quadrant-specific data can guide landing-zone refinement.
Regular toricity — 28.6%
Toric landing zones can help support more even alignment.
Irregular periodicity — 25.0%
Non-180° patterns require more than standard toric thinking.
Spherical — 5.7%
Least common — spherical assumptions miss most eyes.
A Faster Scan-to-Design Workflow
Len design geometries
Gaudi’s integrated design software matches lens geometry to the corneo-scleral surface pattern captured during profiling.
Real Lenses for the Perfect Fit
Free Form Scleral Lens
High-resolution scleral profilometry with our software allows for Freeform Landing Zone technology. Any lens can be precisely customized to match a patient’s ocular surface. This reduces higher-order aberrations by nearly 10×.