Schwind SIRIUS
Description
SCHWIND SIRIUS offers the perfect combined solution for refractive and therapeutic corneal surgery. The highly precise, multi-functional diagnostic device combines a rotating Scheimpflug camera with a Placido disc.
"2 in 1" system for a quick, three dimensional analysis
The "2 in 1" system provides a quick, three dimensional analysis of the whole cornea and the anterior segment in only one step.
Contact-free measurement
The contact-free measurement allows an analysis of the complete corneal wavefront, the topography of the anterior and posterior corneal surface (including the tangential and axial curvature) as well as the anterior chamber.
More than 100,000 analysis points
The extremely high resolution of only one micrometre and more than 100,000 analysis points detect the smallest of irregularities.
Corneal pachymetric map
In addition, the version with SCHWIND SIRIUS provides detailed information on the entire anterior segment of the eye and all necessary information for a pachymetry assisted laser keratoplasty (PALK) thanks to the Scheimpflug camera.
Integrated pupillometry
The integrated pupillometry captures the pupil diameter either dynamically or statically according to the defined lighting conditions.
SCHWIND SIRIUS offers the perfect combined solution for refractive and therapeutic corneal surgery. The highly precise, multi-functional diagnostic device combines a rotating Scheimpflug camera with a Placido disc.
"2 in 1" system for a quick, three dimensional analysis
The "2 in 1" system provides a quick, three dimensional analysis of the whole cornea and the anterior segment in only one step.
Contact-free measurement
The contact-free measurement allows an analysis of the complete corneal wavefront, the topography of the anterior and posterior corneal surface (including the tangential and axial curvature) as well as the anterior chamber.
More than 100,000 analysis points
The extremely high resolution of only one micrometre and more than 100,000 analysis points detect the smallest of irregularities.
Corneal pachymetric map
In addition, the version with SCHWIND SIRIUS provides detailed information on the entire anterior segment of the eye and all necessary information for a pachymetry assisted laser keratoplasty (PALK) thanks to the Scheimpflug camera.
Integrated pupillometry
The integrated pupillometry captures the pupil diameter either dynamically or statically according to the defined lighting conditions.
Schwind Corneal Wavefront Analyzer
Description
The SCHWIND Corneal Wavefront Analyzer offers all the possibilites of an innovative topography system. This includes the analysis of corneal wavefront data and thus a particular precise diagnosis in the symptomatic aberrations of the cornea.
High resolution of one micrometre
The Corneal Wavefront Analyzer fulfils the extremely high requirements of precision with resolution of one micrometre. The smallest of irregularities is identified with the aid of more than 80,000 analysis points.
Easy Measuring
The measuring process does not require any medical pupil dilation - the eye can be measured in its natural shape.
Corneal Wavefront Analysis
The corneal wavefront analysis by SCHWIND has redefined the measurement of corneal topography. It documents the type and size of all optical errors existing on the anterior corneal surface and allows a high-precision diagnosis.
It also provides all key topographical information needed to enhance IOL power calculation and IOL selection.
Integrated pupillometry function
Pupil diameter can be measured under both scotopic and photopic lighting conditions with the aid of the integrated pupillometry function.
The SCHWIND Corneal Wavefront Analyzer offers all the possibilites of an innovative topography system. This includes the analysis of corneal wavefront data and thus a particular precise diagnosis in the symptomatic aberrations of the cornea.
High resolution of one micrometre
The Corneal Wavefront Analyzer fulfils the extremely high requirements of precision with resolution of one micrometre. The smallest of irregularities is identified with the aid of more than 80,000 analysis points.
Easy Measuring
The measuring process does not require any medical pupil dilation - the eye can be measured in its natural shape.
Corneal Wavefront Analysis
The corneal wavefront analysis by SCHWIND has redefined the measurement of corneal topography. It documents the type and size of all optical errors existing on the anterior corneal surface and allows a high-precision diagnosis.
It also provides all key topographical information needed to enhance IOL power calculation and IOL selection.
Integrated pupillometry function
Pupil diameter can be measured under both scotopic and photopic lighting conditions with the aid of the integrated pupillometry function.
Schwind Ocular Wavefront Analyzer
Description
The Ocular Wavefront Analyzer is the latest generation of multi-functional aberrometres. It analyses the optical characteristics of the whole eye in a single measuring process.
Facts and Features:
High-resolution sensor
It's one-of-a-kind ability is based on a high-resolution Hartmann-Shack sensor.
Excellent resolution of 230 µm
With an excellent resolution of 230 µm and 1024 measuring points, the Ocular Wavefront Analyzer analyses the wavefront aberrations up to the tenth order.
Dynamic measuring range
The Ocular Wavefront Analyzer provides an expanded dynamic range of -15/+20 D sphere and +/- 10 D astigmatism.
Highly precise accommodation measurement
In order to calculate the quality of the retinal image, different accommodation conditions are stimulated and measured on the basis of the ocular wavefront.
Integrated keratometry function
The integrated keratometry function provides the ability to measure the curvature of the cornea. The keratometry reading is displayed in either dioptres or millimetres.
Wide range of analysis options
An extensive software package offers many analysis options - whether in tabular form, as bar diagram or as wavefront map.
The Ocular Wavefront Analyzer is the latest generation of multi-functional aberrometres. It analyses the optical characteristics of the whole eye in a single measuring process.
Facts and Features:
High-resolution sensor
It's one-of-a-kind ability is based on a high-resolution Hartmann-Shack sensor.
Excellent resolution of 230 µm
With an excellent resolution of 230 µm and 1024 measuring points, the Ocular Wavefront Analyzer analyses the wavefront aberrations up to the tenth order.
Dynamic measuring range
The Ocular Wavefront Analyzer provides an expanded dynamic range of -15/+20 D sphere and +/- 10 D astigmatism.
Highly precise accommodation measurement
In order to calculate the quality of the retinal image, different accommodation conditions are stimulated and measured on the basis of the ocular wavefront.
Integrated keratometry function
The integrated keratometry function provides the ability to measure the curvature of the cornea. The keratometry reading is displayed in either dioptres or millimetres.
Wide range of analysis options
An extensive software package offers many analysis options - whether in tabular form, as bar diagram or as wavefront map.
Schwind Amaris 1050RS
Description :
The SCHWIND AMARIS 1050RS is the product of continuous development work and is the most powerful excimer laser in the AMARIS product family. The innovative laser system delivers an unsurpassed repetition rate of 1050 Hz currently the highest of all excimer lasers on the market.
Facts and Features
1050 Hz pulse rate
Automatic Fluence Level Adjustment (AFLA)
0.54 mm spot size, Super-Gaussian spot profile (FWHM)
1,050 Hz eye tracking
Active 7D eye tracking
Intelligent Thermal Effect Control (ITEC)
Treatment planning with the SCHWIND CAM software
TransPRK - "No-Touch" treatment
High resolution online pachymetry
CXL-365 vario system for corneal collagen cross-linking
The SCHWIND AMARIS 1050RS is the product of continuous development work and is the most powerful excimer laser in the AMARIS product family. The innovative laser system delivers an unsurpassed repetition rate of 1050 Hz currently the highest of all excimer lasers on the market.
Facts and Features
1050 Hz pulse rate
Automatic Fluence Level Adjustment (AFLA)
0.54 mm spot size, Super-Gaussian spot profile (FWHM)
1,050 Hz eye tracking
Active 7D eye tracking
Intelligent Thermal Effect Control (ITEC)
Treatment planning with the SCHWIND CAM software
TransPRK - "No-Touch" treatment
High resolution online pachymetry
CXL-365 vario system for corneal collagen cross-linking
Schwind Amaris 750S
Description
The SCHWIND AMARIS 750S combines highest speed with extremely high precision. It is the superior model of the SCHWIND AMARIS product family.
750 Hz pulse rate
The SCHWIND AMARIS 750S impresses with a pulse frequency of 750 Hertz and ensures an extremely short treatment time. One dioptre of myopia is corrected with very high precision in only 1.5 seconds.*
*Without astigmatism, 12.5 mm vertext distance, 6 mm optical zone
The SCHWIND AMARIS 750S combines highest speed with extremely high precision. It is the superior model of the SCHWIND AMARIS product family.
750 Hz pulse rate
The SCHWIND AMARIS 750S impresses with a pulse frequency of 750 Hertz and ensures an extremely short treatment time. One dioptre of myopia is corrected with very high precision in only 1.5 seconds.*
*Without astigmatism, 12.5 mm vertext distance, 6 mm optical zone
Schwind Amaris 500E
Description
With its compact, ergonomic and mobile design, the SCHWIND AMARIS 500E is the efficiency model of the SCHWIND AMARIS product family.
Facts and Features
500 Hz pulse rate
The pulse frequency of 500 Hertz ensures a very short treatment time. One dioptre of myopia is corrected with very high precision in only 2.0 seconds.*
*Without astigmatism, 12.5 mm vertext distance, 6 mm optical zone
With its compact, ergonomic and mobile design, the SCHWIND AMARIS 500E is the efficiency model of the SCHWIND AMARIS product family.
Facts and Features
500 Hz pulse rate
The pulse frequency of 500 Hertz ensures a very short treatment time. One dioptre of myopia is corrected with very high precision in only 2.0 seconds.*
*Without astigmatism, 12.5 mm vertext distance, 6 mm optical zone
