Alcon WaveLight Topolyzer VARIO Diagnostic Device
Alcon WaveLight Topolyzer VARIO Diagnostic Device
The WaveLight Topolyzer VARIO integrates non-contact topography, keratometry, and pupillometry in a single device.
Topographers
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Bausch & Lomb’s Orbscan IIz Topographer
Bausch & Lomb’s Orbscan IIz Topographer
Bausch & Lomb Orbscan IIz Topographer is a fully integrated multi-dimensional diagnostic system that elevates diagnostics beyond mere topography. Unlike current topography systems which scan the surface of the eye at standard points, the orbscan II acquires over 9,000 data points in 1.5 seconds to meticulously map the entire corneal surface (11 mm), and analyze elevation and curvature measurements on both the anterior and posterior surfaces of the cornea.
Bausch and Lomb Orbscan II Topographer
Bausch and Lomb Orbscan II Topographer
Orbscan II by ORBTEK (Bausch and Lomb) sets a new standard for precision measurement of the anterior segment of the eye. Utilizing a scanning slit measurement system, the instrument provides the clinician with important diagnostic information about the cornea, iris, and lens. The state of the art Orbscan II is one of the most technologically advanced corneal topography systems available.
Humphrey Atlas 995 Topographer
Zeiss Humphrey Atlas 995 Topographer
The Zeiss Atlas 995 Corneal Topographer is the most advanced system available. The Zeiss Atlas 995 offers ultra-low illumination and increased peripheral coverage. The Zeiss Atlas 995 is ideal for high volume corneal and contact lens specialists who require comprehensive and detailed peripheral corneal and pupil assessments.
OCULUS Keratograph 5M Corneal Topographer Keratometer
The OCULUS Keratograph 5M
The OCULUS Keratograph® 5M is an advanced corneal topographer with a built-in real keratometer and a color camera optimized for external imaging. Unique features include examining the meibomian glands, non-invasive tear film break-up time and the tear meniscus height measurement and evaluating the lipid layer.
Oculus Pentacam
Oculus Pentacam
The Oculus Pentacam comes with an extensive basic software package which can be extended according to your needs to include further optional software packages and modules.
Oculus Pentacam HR 2
Oculus Pentacam HR
The Oculus Pentacam HR comes with an extensive basic software package which can be extended according to your needs to include further optional software packages and modules.
S4OPTIK MODI2 Corneal Topographer
S4OPTIK MODI2 Corneal Topographer
S4OPTIK MODI2 corneal topographer is engineered with advanced technology for corneal topography. The ergonomic design, features, superior reliability and ease of use.make MODI2 the first choice in diagnostic and contact lens applications.
Tomey RT7000 Auto Ref-Topographer
Tomey RT7000 Auto Ref-Topographer
Three Function in One Instrument
Refractometer, Keratometer and Topographer all-in-one unit. Patients are able to receive a comprehensive inspection without the hassle of moving from station to station.
Tomey TMS4 Corneal Topographer
Tomey TMS4 Corneal Topographer
The Tomey TMS4 offers better resolution, higher accuracy and easy operation. Its patented light cones use twenty five or thirty one rings providing high resolution. The laser alignment system provides high accuracy and repeatability. The small cone design eliminates nose and brow shadow and provides extensive corneal coverage. The low light level of the rings promotes patient comfort.
Topcon CA-200 Corneal Analyzer
Topcon CA-200 Corneal Analyzer
The Topcon CA-200 Corneal Analyzer is an easy-to-use, comprehensive corneal topography solution allowing for the complete evaluation of the anterior corneal surface. In addition to elevation mapping of the corneal surface, the CA-200 provides robust software features, allowing for a total analysis of the patient’s corneal surface.
Topcon CA-800 Corneal Analyzer
Topcon CA-800 Corneal Analyzer
The Topcon CA-800 Corneal Analyzer is an easy-to-use, comprehensive corneal topography solution allowing for the complete evaluation of the anterior corneal surface. In addition to elevation mapping of the corneal surface, the CA-800 provides robust software features, allowing for a total analysis of the patient’s corneal surface.
Topcon KR-8000PA Autorefractor Keratometer Topographer
Topcon KR-8000PA Autorefractor Keratometer Topographer
The tri-functional KR-8000PA Auto Refractor Keratometer Topographer combines an auto-refractor, an auto-keratometer, and a computerized color corneal mapping system all in a single, compact unit. This enables the instrument to provide three times the diagnostic capabilities in one-third the space, at a fraction of the cost of the individual instruments.
Topcon KR7000P Autorefractor Keratometer Topographer
Topcon KR7000P Autorefractor Keratometer Topographer
This Refurbished Topcon KR7000P provides 3 times the diagnostics in 1/3 the space all at a fraction of the cost of individual instruments.
ZEISS Atlas 9000 Corneal Topographer
ZEISS ATLAS 9000 Corneal Topography System
Corneal Wavefront Analysis
A valuable tool for patient education and treatment selection
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.
ZEISS iProfiler Plus ATLAS ARK
ZEISS iProfiler Plus Autorefractometer, ATLAS Corneal Topographer, Aberrometer, and Keratometer
The iProfiler plus is the 4-in-1 compact system with ocular wavefront aberrometer, autorefractometer, ATLAS corneal topographer and keratometer. The fully automated measurement procedure, with easy-to-use touch screen control, enables all measurements of both eyes in approximately 60 seconds. The eye’s refractive power distribution is analysed and represented across the entire pupil aperture.
ZIEMER GALILEI G4 TOPOGRAPHER
ZIEMER GALILEI G4 WAVEFRONT TOPOGRAPHER
With this powerful ray-traced Total Corneal Wavefront solution, the GALILEI G4 precisely measures high order aberrations for highly predictable outcomes in cataract surgery. The high order aberration display helps identifying the most suitable IOL for every patient.