Heidelberg Engineering GmbH Rostock Cornea Module SW V1.5a HRT3

ARGOS is a non-invasive, non-contact biometer based on swept-source optical coherencetomography (SS-OCT). The device is intended to acquire ocular measurements as well asperform calculations to determine the appropriate intraocular lens (IOL) power and typefor implantation during intraocular lens placement. ARGOS measures the following 9parameters: Axial Length, Corneal Thickness, Anterior Chamber Depth, Lens Thickness,K-values (Radii of flattest and steepest meridians), Astigmatism, White-to-white(corneal diameter) and Pupil Size. The Reference Image functionality is intended for useas a preoperative and postoperative image capture tool.It is intended for use by ophthalmologists, physicians, and other eye-care professionalsand may only be used under the supervision of a physician.

The PARK 1 combines three measuring functions in one unit.Auto-RefractometerAn infrared light source projects measuring light onto the retina of the eyefrom where it is reflected back to the shutter location. Sensitive sensorchips, or CCD cameras now register the deviation of the reflected light fromthe shutter location. The deviation depends on the ametropia. From that, anintegrated microcomputer calculates the ametropia in D, based on thesphere, cylinder and cylinder axis position.1 Measuring ocular / Patient eyepiece 4 Chin rest2 Keratometer ring 5 Marking for the eye height3 Pachycam camera glass coverKeratometerTo determine the curvature of the cornea, a reflected image of the corneais captured by a camera sensor and is measured.The reflection of test marks and of a ring is used as the reflected image.This allows the central radii of the cornea to be determined.PachymeterThe pachymetry principle uses Scheimpflug images of the cornea, whichare analysed by a built-in computer.600 Absolute data points are evaluated with the Scheimpflug image. Themeasuring range lies on a 4 mm slit through the apex.The slit light illuminates a sectional plane from the front surface of the corneato the back surface. The transparent cells of the cornea scatter the slitlight such that the sectional plane appears as if it were self-luminous.This is captured at an angle of 45° through the pupil by a camera, wherebythe image plane of the camera is also tilted 45° to the optical axis of thecamera lens, in order to sharply focus the light-scattering cornea planeonto the image plane of the camera (Scheimpflug image).Thanks to this arrangement, sharp sectional images of the cornea can be attained.

The Pentacam Scheimpflug Camera is a non-invasive, diagnostic system created to takephotographs of the anterior segment of the eye, table mounted and AC powered. The systemis based on the Scheimpflug Principle for Slit Image photography. The device consists of ameasurement unit, power supply and a CPU. The measuring system uses blue light (UV-free)given to a slit to illuminate the eye, and a CCD-Camera for photography. The measuringsystem offers the possibility of automatically rotation to get photographs of every part of theeye. The system calculates from the photos a 3D-model1 of the eye

The Pentacam Scheimpflug Camera is a non-invasive, diagnostic system created to takephotographs of the anterior segment of the eye, table mounted and AC powered. The systemis based on the Scheimpflug Principle for Slit Image photography. The device consists of ameasurement unit, power supply and a CPU. The measuring system uses blue light (UV-free)given to a slit to illuminate the eye, and a CCD-Camera for photography. The measuringsystem offers the possibility of automatically rotation to get photographs of every part of theeye. The system calculates from the photos a 3D-model1 of the eye.

ARGOS is a non-invasive, non-contact biometer based on swept-source optical coherence tomography (SS-OCT). The device is intended to acquire ocular measurements as well as perform calculations to determine the appropriate intraocular lens (IOL) power and type for implantation during intraocular lens placement. ARGOS measures the following 9 parameters: Axial Length, Corneal Thickness, Anterior Chamber Depth, Lens Thickness, K-values (Radii of flattest and steepest meridians), Astigmatism, Whiteto- white (corneal diameter) and Pupil Size. It is intended for use by ophthalmologists, physicians, and other eye-care professionals and may only be used under the supervision of a physician.

ARGOS is a non-invasive, non-contact biometer based on swept-source optical coherencetomography (SS-OCT). The device is intended to acquire ocular measurements as well asperform calculations to determine the appropriate intraocular lens (IOL) power and typefor implantation during intraocular lens placement. ARGOS measures the following 9parameters: Axial Length, Corneal Thickness, Anterior Chamber Depth, Lens Thickness,K-values (Radii of flattest and steepest meridians), Astigmatism, White-to-white(corneal diameter) and Pupil Size. The Reference Image functionality is intended for useas a preoperative and postoperative image capture tool.It is intended for use by ophthalmologists, physicians, and other eye-care professionalsand may only be used under the supervision of a physician.

The PARK 1 combines three measuring functions in one unit.Auto-RefractometerAn infrared light source projects measuring light onto the retina of the eyefrom where it is reflected back to the shutter location. Sensitive sensorchips, or CCD cameras now register the deviation of the reflected light fromthe shutter location. The deviation depends on the ametropia. From that, anintegrated microcomputer calculates the ametropia in D, based on thesphere, cylinder and cylinder axis position.1 Measuring ocular / Patient eyepiece 4 Chin rest2 Keratometer ring 5 Marking for the eye height3 Pachycam camera glass coverKeratometerTo determine the curvature of the cornea, a reflected image of the corneais captured by a camera sensor and is measured.The reflection of test marks and of a ring is used as the reflected image.This allows the central radii of the cornea to be determined.PachymeterThe pachymetry principle uses Scheimpflug images of the cornea, whichare analysed by a built-in computer.600 Absolute data points are evaluated with the Scheimpflug image. Themeasuring range lies on a 4 mm slit through the apex.The slit light illuminates a sectional plane from the front surface of the corneato the back surface. The transparent cells of the cornea scatter the slitlight such that the sectional plane appears as if it were self-luminous.This is captured at an angle of 45° through the pupil by a camera, wherebythe image plane of the camera is also tilted 45° to the optical axis of thecamera lens, in order to sharply focus the light-scattering cornea planeonto the image plane of the camera (Scheimpflug image).Thanks to this arrangement, sharp sectional images of the cornea can be attained.

The Pentacam Scheimpflug Camera is a non-invasive, diagnostic system created to takephotographs of the anterior segment of the eye, table mounted and AC powered. The systemis based on the Scheimpflug Principle for Slit Image photography. The device consists of ameasurement unit, power supply and a CPU. The measuring system uses blue light (UV-free)given to a slit to illuminate the eye, and a CCD-Camera for photography. The measuringsystem offers the possibility of automatically rotation to get photographs of every part of theeye. The system calculates from the photos a 3D-model1 of the eye

The Pentacam Scheimpflug Camera is a non-invasive, diagnostic system created to takephotographs of the anterior segment of the eye, table mounted and AC powered. The systemis based on the Scheimpflug Principle for Slit Image photography. The device consists of ameasurement unit, power supply and a CPU. The measuring system uses blue light (UV-free)given to a slit to illuminate the eye, and a CCD-Camera for photography. The measuringsystem offers the possibility of automatically rotation to get photographs of every part of theeye. The system calculates from the photos a 3D-model1 of the eye.