RGP Lens Fitting Made Easy | Base Curve Selection, mm–Diopter Conversion & Fluorescein Patterns

RGP Lens Fitting Made Easy | Base Curve Selection, mm–Diopter Conversion & Fluorescein Patterns In this video, I explain RGP (Rigid Gas Permeable) contact lens fitting in a simple, practical, and easy-to-understand way. This tutorial is designed for optometry students, practitioners, and anyone who wants to strengthen their understanding of RGP lens fitting. 📌 Topics Covered: • How to select the appropriate base curve for an RGP lens • Conversion of millimeters (mm) into diopters (D) • Conversion of diopters (D) into millimeters (mm) • Understanding RGP fluorescein patterns • Apical Clearance – Steep Fit • Apical Bearing – Flat Fit • Apical Alignment – Optimal/Ideal Fit • Clinical interpretation of fluorescein patterns for proper RGP lens fitting By the end of this video, you will have a clearer understanding of how base curve selection and fluorescein assessment help determine an appropriate RGP lens fit. If you find this video helpful, Like, Share & Subscribe for more educational videos on Optometry, Contact Lenses, Clinical Refraction, and Vision Sciences. Optometry with Khurram Making Optometry Easy to Understand 👁️ #RGPLens #RGPLensFitting #ContactLens #ContactLenses #RigidGasPermeable #RGPContactLens #BaseCurve #FluoresceinPattern #ApicalClearance #ApicalBearing #ApicalAlignment #Optometry #Optometrist #OptometryStudents #ContactLensFitting #ClinicalOptometry #VisionScience #OptometryWithKhurram