The Atlas 9000 is one of the best and most reliable topographers offered by Carl Zeiss. With its patented Cone-of-Focus Alignment System and Arc-Step Algorithm, the Atlas 9000 delivers sub-micron elevation accuracy. Using triangulation, the advanced ATLAS Arc-Step algorithm provides reliable surface reconstruction, 22-ring Placido disk optimized to avoid ring crossover, which means reliable results for a wide range of patients, and long, comfortable 70 mm working distance minimizes focusing error found in “small cone” systems.

Key Features

• By merging proven ATLAS Placido disk technology with Visante OCT pachymetry, Visante Omni now provides comprehensive anterior and posterior topography.
• Proven Placido Disk Technology with patented Cone-of-Focus™ Alignment System
• SmartCapture™ Image Analysis Technology analyzes multiple images during alignment and automatically selects the highest quality image
• MasterFit™ II Contact Lens Software helps streamline the fitting of gas permeable (GP) lenses and guides you through difficult and specialty fits
• Data compatibility with previous generation ATLAS Corneal Topography Systems to facilitate data management and patient follow up
• SmartCapture analyzes 15 digital images per second during alignment and automatically selects the highest quality image
• Next generation image processing provides more repeatable, reliable results, even in difficult cases
• Less dependence on operator technique means greater efficiency and fewer repeat exams
• Corneal Wavefront Analysis takes corneal topography to a new dimension.
• Using ray tracing technology, the ATLAS displays higher-order corneal aberrations, providing valuable insight for patient education and treatment planning.
• Educate patients about higher-order aberrations and simulate visual acuity
• Assess corneal refraction with image simulation and point spread function
• Measure corneal spherical aberration with Zernike analysis to optimize the selection of aspheric IOLs
• View the effects of individual higher order corneal aberrations
• View changes in contrast sensitivity through the modulation transfer function (MTF)
• Pupil size, measured at two levels of illumination (scotopic and photopic @700 nm), provides insight into optical zone under varying light conditions
• View centration of LASIK or orthokeratology treatment in relation to pupil center to assess treatment effectiveness
• Improve multi-focal contact lenses selection by understanding patient’s pupil size at two levels of illumination
• Streamline contact lens selection and fitting with automatic Horizontal Visible Iris Diameter (HVID) meCompact, integrated system with powerful computer and analysis software
• Unique chin rest positions patient for easy image capture and wide peripheral coverage and automatically detects OD/OS
• Non-visible Placido ring illumination is comfortable for even the most light-sensitive patients

Working Distance: 70 mm

Field of View: 17 mm X 14.5 mm

Placido Rings: 22 (18 superiorly, 22 inferiorly)

Illumination Source: Non-visible infrared (950 nm) LED

Optics: Digital CMOS camera with 1280×1024 pixel resolution

Curvature

• Measurement Range: 15 to 95 D (3.5 to 22.5 mm)
• Accuracy: ± 0.05 D (± 0.01 mm)
• Reproducibility: ± 0.10 D (± 0.02 mm)

HVID (white to white)

• Measurement Range: 10.0 to 14.0 mm
• Resolution: 0.1 mm

Pupillometry

• Acquired Images: Scotopic and photopic (700 nm)
• Measurement Range: 0.5 to 11.0 mm
• Resolution: 0.1 mm

Views

• Axial Curvature
• Tangential Curvature
• Elevation (Best-Fit Sphere)
• Irregularity (Best-Fit Ellipsoid)
• Videokeratoscopic (Rings, Scotopic, Photopic)
• Keratometry
• Refractive Power
• Mean Curvature
• Corneal Wavefront
• Image Simulation
• Point Spread Function (PSF)
• Modulation Transfer Function (MTF)

Presentation Displays

• Single View
• Overview
• OD/OS Comparison
• Difference
• Trend with Time
• Custom

Dimensions/Weight

• 52 L x 37 W x 50 H (cm)
• 39 lbs. (17.7 kg)

Electrical: 100-240V~: 50/60Hz, 2-1A