Swept-source OCT for cataract & refractive surgery

EYESTAR 900 One fully-automated device, for both cataract & refractive surgery The growing demand for improved outcomes, both in cataract and refractive surgery, has raised the bar for anterior chamber diagnostics. To meet the needs of the ambitious surgeon in a busy practice, the Eyestar 900 offers versatile diagnostic tools for both cataract and refractive surgery, in one fully-automated combination device. Its cutting-edge swept-source OCT technology enables precise measurement of the entire eye and offers comprehensive data and high-quality images of the anterior chamber. It allows for cornea-to-retina...

Precise data, for excellent surgical outcomes The Eyestar 900’s swept-source OCT technology provides precise measurements of the entire eye, from the cornea to the retina and imaging of the anterior chamber including the lens. This provides the basis for reliable diagnosis and accurate surgical planning. Fully-automated, for easy delegation The fully-automated measurement process allows for easy delegation, optimises workflow and enables the user to measure both eyes in typically under 40 seconds. Identify anatomical anomalies with confidence Imaging of the entire anterior chamber, topographic...

EYESTAR 900 Diagnose, plan, predict & control The Eyestar 900 is based on future-proof technology: sweptsource OCT. It provides the user with precise measurements, comprehensive topography and pachymetry maps, complete cornea-to-retina biometry and high quality, detailed crosssectional eye images. Acquiring all this data simultaneously, in a fast, fully-automated measurement process results in excellent data quality, usability and patient comfort. The Eyestar 900 also uses unique, patent-protected Mandala scan technology, which is designed for highly precise data acquisition. TYPICAL RADIAL SCAN...

Quantify what you see… The refraction-corrected B-scan OCT imaging of the anterior chamber allows visual anatomy assessment. In addition, the software also determines the three-dimensional lens orientation and location and displays the respective information and numerical data in an intuitive detailed results screen, featuring the B-scan cross-section in the direction of the maximum lens tilt. TOPOGRAPHICAL DATA Tear film independent topography… Eyestar 900 provides corneal topography in compliance with Class Atopographer standards. The maps of the Cataract Suite cover 7.5 mm and the maps of...

Cataract Suite Optimized workflow, fewer surprises The Eyestar 900’s Cataract Suite enables acquisition of all measurement data necessary for state-of-the-art cataract planning in an optimized, fully-automated measurement workflow. The result overview presents all data from axial measurements to topography maps and 16 B-scans of the anterior chamber in an intuitive display. All data can be reviewed on detail screens. The binocular measurement is typically completed in under 40 seconds, from the time the patient is asked to look into the device to the finalization of the measurements. In this...

FULLY-AUTOMATED ACQUISITION PROCESS Precise & efficient Fast and reliable measurement acquisition is the key to efficiently achieving excellent outcomes. Providing a fully-automated and quick acquisition process enables easy delegation, improved patient comfort and compliance. Built-in tear film quality assessment leads to highly precise keratometry, complemented by swept-source OCT based laser precision biometry, topography, pachymetry and tomography of the entire eye. FULLY-AUTOMATED ACQUISITION PROCESS Detailed information, excellent outcomes Biometry based on swept-source OCT provides the...

EyeSuite IOL The ultimate planning platform for any IOL EyeSuite IOL features a comprehensive set of state-of-the-art IOL calculation formulas for any IOL - type or corneal condition in cataract surgery. It includes the latest generation calculation methods – Hill-RBF, Barrett and Olsen – for spherical, as well as toric, IOL calculations. One of the key features of these methods is the use of biometry data beyond axial length (AL) and keratometry (K). Central corneal thickness (CCT), anterior chamber depth (ACD), lens thickness (LT), posterior keratometry (simPK) and white-to-white (WtW) are...

HILL-RBF METHOD Certainty Hill-RBF is a purely data-driven IOL calculation technique incorporating pattern recognition and sophisticated data interpolation. It features a boundary model, informing the user of the calculation’s reliability. Hill-RBF performs equally well on long, normal and short eyes. It clearly outperforms second- and third-generation formulas. Paired with the Abulafia-Koch method, Hill-RBF is available for spherical and toric IOL calculations. Unlike static theoretical formulas, the Hill-RBF method is an ongoing project and is continuously updated for even better overall depth...

Anterior Chamber Suite Comprehensive data for thorough diagnosis, clear visualization for more understanding The Eyestar 900 Anterior Chamber Suite offers precise measurements, comprehensive data analysis, and excellent images of the anterior chamber. Thanks to its cutting-edge swept source OCT technology, the Anterior Chamber Suite provides class A-topography up to 12 mm diameter of the anterior and posterior surface of the cornea, and OCT imaging of the anterior segment, including the lens and the chamber angle, with up to 18 mm diameter coverage. Its corneal topography feature set includes...

CONFIDENCE THROUGH OCT TECHNOLOGY Comprehensive analysis of the anterior chamber The swept source OCT-based topography of the Eyestar 900 covers up to 12 mm diameter on the anterior cornea and provides highly accurate assessment of the cornea front and back, as well as data on its thickness. Intuitive displays, such as difference, trend and corneal ectasia displays, support the user in the diagnostic process. CONFIDENCE THROUGH OCT TECHNOLOGY HIGH QUALITY IMAGES & DENSE SCANS Visualize key structures The Eyestar 900 Anterior Chamber Suite offers high quality 18 mm diameter images for visual inspection...