Optical Biometer and Corneal Topographer

Fast and Easy Cataract Workstation

The Aladdin Optical Biometer and Corneal Topographer performs nine different measurements to assist in the calculation of IOL power. On-board software includes the full suite of Barrett formulae as well as conventional, post-refractive surgery and toric IOL power calculation formulae.

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In cataract and refractive surgery, every decision matters, and confidence begins with complete, reliable preoperative data. Introducing Aladdin Hardware 3.0. By combining multiple diagnostic technologies in one system, Aladdin simplifies pre op evaluation without sacrificing clinical insight. Optical biometry, corneal topography, Pupilometry, and IOL Planning integrated into a single workflow to reduce complexity. A guided workflow supports consistent data capture across staff, helping reduce operator variability in busy practices. High resolution corneal topography reveals curvature and astigmatism patterns, supporting confident surgical decision making. High precision optical biometry delivers accurate axial length measurements, an essential foundation for reliable IOL power calculation. Anterior segment measurements add valuable anatomical insight to comprehensive preoperative planning. Integrated pupillometry captures pupil size and centration, adding important context for visual performance and lens selection. By consolidating key diagnostics into one streamlined exam, Aladdin supports efficiency without compromising confidence. All captured data is immediately available in a single review workspace, supporting confident verification before planning. Corneal wavefront analysis provides deeper insight into optical quality beyond standard measurements. Aladdin supports IOL calculation using multiple formulas, allowing surgeons to plan with the methods they trust. Integrated Toric IOL planning brings corneal data and astigmatism analysis together to support confident cylinder management. By combining corneal, pupil, and optical quality data, Aladdin helps identify appropriate candidates for premium IOL screening and supports informed patient discussions. A configurable IOL library supports a wide range of lens models, helping maintain consistency while respecting surgeon preference. Built in review tools support data consistency, so planning decisions are based on confidence, not guesswork. Flexible reporting and connectivity options support seamless integration into existing clinical workflows and systems. A compact footprint and intuitive touchscreen design allow Aladdin to fit easily into pretest and exam environments. Introducing Aladdin Hardware 3.0. Transforming preoperative data into confident decisions, efficient workflows, and better informed patients.

Product Overview

Aladdin HW 3.0 Features

Posterior & Anterior
Interferometry

Corneal Topography
with Keratometry

Wavefront
Aberrometry

Dynamic, Photopic &
Mesopic Pupillometry

White-to-White
Measurement

IOL Calculation
Including Barrett
and Olsen Sub-Suite

Comprehensive
Reports

Quick & Easy
Acquisition

With 9-in-1 Aladdin every basic and premium IOL power calculation is one click away.

Key Features

9-IN-1 INSTRUMENT – Capture Axial Length (AL), Keratometry (K1, K2), Corneal Topography, Anterior Chamber Depth (ACD), Lens Thickness (LT), Central Corneal Thickness (CCT), White-to-White (WTW), Zernike analysis of the cornea, and pupillometry.
BIOMETRY OF ALL STRUCTURES – Axial length measurements can be performed on normal eyes, aphakic, pseudophakic and silicone oil-filled eyes as well as eyes with dense cataracts.
COMPREHENSIVE IOL POWER CALCULATION SOFTWARE – On-board Barrett IOL Calculation Suite, Olsen formula, conventional, post-refractive surgery and toric IOL power calculations.
WAVEFRONT ABERROMETRY – Zernike analysis of the topographic data provides important information on spherical aberrations and higher-order aberrations to aid in lens selection and help surgeons set appropriate expectations regarding visual acuity after surgery.
FAST, EASY OPERATION – Point-and-shoot acquisition allows operators to capture all necessary measurements in less than five seconds. A user-friendly interface enables new users to quickly master acquisition and operation.