EVERY DEVICE. EVERY SETTING. ONE INTELLIGENT NOMOGRAM.

Register your clinic’s devices once. From then on every analysis applies the published nomograms and specifications of your platforms — and values are never, under any circumstance, substituted from another device.

EXCIMER LASERS WITH LOADED PROFILES

• Alcon WaveLight EX500 — full specification (fixed 9.0 mm ablation diameter geometry), Contoura/T-CAT mapping
• SCHWIND AMARIS 1050RS / 750S / 500E — dose-dependent transition zones, ORK-CAM corneal and ocular wavefront paths
• B+L Technolas TENEO 317 — full official IFU (SW 1.50): PROSCAN/OCTAVIUS/ZYOPTIX HD/SUPRACOR modes, OZ 4.50–8.50 mm, licence-aware
• Zeiss MEL 90 & MEL 80 — Triple-A / TSA-ASA, TOSCA & WASCA personalisation via CRS-Master; Excelsius MICRON M7 family

MICROKERATOMES

• Med-Logics ML7 — full ring/vacuum/blade nomogram, all eight manufacturer rules implemented
• Moria M2 & One Use-Plus SBK — manufacturer tables (with the steepest-K vs average-K input distinction enforced), plastic and metal rings
• Bausch + Lomb Hansatome & Zyoptix XP — keratometry-based ring selection, measured flap-thickness data
• Hinge-direction capability per device is binding: a keratome that only cuts superior hinges is never asked for a temporal one

FEMTOSECOND LASERS

• Zeiss VisuMax 500 / 800 — femtosecond flaps and lenticule procedures (SMILE / SMILE Pro)
• Johnson & Johnson ELITA™ Femtosecond Laser System — lenticule extraction with the SILK™ procedure (Smooth Incision Lenticule Keratomileusis) and LASIK flaps
• Alcon WaveLight FS200 — the femtosecond arm of the WaveLight Refractive Suite, paired with the EX500 excimer
• J&J IntraLase FS60 / iFS 150 · Ziemer LDV Z6 / Z8 — programmed flap thickness, no keratome nomogram needed
• Femtosecond tunnel capability is checked per device before any CAIRS/ICRS plan — a platform without a tunnel indication is never assumed to have one

DIAGNOSTICS: DEVICE-AGNOSTIC BY DESIGN

Printed outputs of all major diagnostic platforms are read and processed — photographed or exported straight into the RLES AI Mobile Interface, organised here by examination type:

TOMOGRAPHY & TOPOGRAPHY

• Scheimpflug / OCT tomography: Oculus Pentacam / Pentacam AXL · CSO Sirius / SIRIUS+ · CSO MS-39 · Ziemer Galilei G4 / G6 · Tomey CASIA2
• Placido topography: Zeiss ATLAS · Tomey TMS · CSO Antares · Nidek OPD-Scan III · Medmont · Keratron

OPTICAL BIOMETRY

• Zeiss IOLMaster 500 / 700 · Haag-Streit Lenstar LS900 / Eyestar 900 · Heidelberg ANTERION · Alcon ARGOS · Tomey OA-2000 · Nidek AL-Scan · Topcon Aladdin
• Immersion ultrasound is accepted in dense cataract, where optical biometry fails

ABERROMETRY & TG CAPTURE

• Alcon Topolyzer VARIO · SCHWIND Peramis · B+L Zywave · Alcon Sightmap · Zeiss WASCA

CORNEAL BIOMECHANICS

• Oculus Corvis ST (CBI / TBI) · Reichert ORA

OCT — MACULA & EPITHELIAL MAPPING

• Zeiss Cirrus · Heidelberg Spectralis · Topcon · Optovue / Solix · Optopol REVO

SPECULAR MICROSCOPY

• Konan · Tomey EM series · Nidek CEM-530 — endothelial cell density, CV and hexagonality

AUTOREFRACTORS & EXAM NOTES

• All brands — including handwritten clinical records, always echoed back for the surgeon's confirmation before use

Device-specific reading cards catch each platform's known pitfalls (dual keratometry zones, measurement-plane differences), and an off-catalogue model is no obstacle: values are read from its printout, and capability is never guessed. Setup guides at manual level exist for the Peramis–ORK-CAM, Topolyzer–Contoura, MEL–CRS-Master and TENEO–Zyoptix workflows.

FREQUENTLY ASKED QUESTIONS