OcuRx SK-7000 Topographer and Dry Eye Analyzer

OcuRx SK-7000 Topographer and Dry Eye AnalyzerThe OcuRx SK 7000B Dry Eye and Topographer is an advanced, all in one corneal topography system integrated with a comprehensive dry eye analyzer. This versatile diagnostic device combines high precision 3D corneal mapping with specialized dry eye analysis tools, enabling eye care professionals to perform detailed anterior segment evaluations in a single, efficient platform. Ideal for ophthalmologists, optometrists, and dry eye specialists, the SK

The OcuRx SK-7000B Dry Eye and Topographer is an advanced, all-in-one corneal topography system integrated with a comprehensive dry eye analyzer. This versatile diagnostic device combines high-precision 3D corneal mapping with specialized dry eye analysis tools, enabling eye care professionals to perform detailed anterior segment evaluations in a single, efficient platform. Ideal for ophthalmologists, optometrists, and dry eye specialists, the SK-7000A delivers accurate, non-invasive assessments to support diagnosis, treatment planning, contact lens fitting, and patient management.

 Key Features
- Placido Ring Technology — Utilizes high-resolution Placido rings for precise 3D corneal topography mapping.
- Integrated Dry Eye Analyzer — Combines topography with 8 essential dry eye tests.
- Non-Invasive & Efficient — Quick, contact-free measurements with user-friendly operation and high-quality imaging.
- Comprehensive Reporting — Generates detailed maps, graphs, and analyses for corneal shape, tear film stability, and ocular surface health.
- Compact & Affordable — A cost-effective upgrade for practices seeking combined topography and dry eye capabilities without multiple devices.

The SK-7000A excels in both corneal topography and dry eye diagnostics featuring 8 dry eye testing functions for thorough ocular surface assessment, including:

Corneal Topography Tests:
- Axial (sagittal) curvature mapping
- Tangential curvature analysis
- Elevation maps (anterior and posterior surfaces)
- Corneal thickness (pachymetry) evaluation
- Keratoconus screening and detection (irregular astigmatism identification)
- Contact lens fitting simulation and analysis
- Zernike polynomial analysis for higher-order aberrations

Dry Eye Analyzer Tests (8 Dry Eye Testing Functions):
- NiBut (Non-Invasive Break-Up Time) — Objective measurement of tear film stability without fluorescein
- Lipid Layer Static Imaging — Evaluation of tear film lipid layer quality
- Meibomian Gland Opening — Assessment of gland orifice structure and patency
- TMH (Tear Meniscus Height) assessment
- Meibography (Infrared and Color) — Imaging and analysis of meibomian gland structure, dropout, and morphology
- Corneal Staining — Detection and grading of corneal surface damage
- Anterior Segment Imaging/Video — High-resolution capture of the anterior eye for documentation and analysis
- Red Eye Measurement — Quantification of ocular redness and conjunctival hyperemia

Benefits for Eye Doctors
- Accurate Dry Eye Diagnosis — Identify tear film instability, evaporative vs. aqueous-deficient dry eye, and meibomian gland dysfunction (MGD) with objective, repeatable data from all 8 dry eye functions to guide therapies like IPL, LipiFlow, or artificial tears.
- Enhanced Corneal Assessment — Detect irregularities for refractive surgery screening, orthokeratology, or post-LASIK monitoring with detailed 3D maps.
- Improved Patient Outcomes — Comprehensive reports educate patients, track progression, and support telemedicine or referrals.
- Workflow Efficiency— Perform multiple high-value tests in one device, reducing chair time and equipment footprint while boosting practice revenue through advanced diagnostics.
- Versatile & Modern— Supports contact lens specialists, dry eye clinics, and general ophthalmology with reliable, professional-grade results.

Elevate your practice with the SK-7000A—the powerful, integrated solution for corneal topography and dry eye analysis that delivers precision, convenience, and exceptional value for modern eye care.