The VX220 is a multifunctional eye diagnostic device. There are several operatio
The VX220 is a multifunctional eye diagnostic device. There are several operation modes combined in a single platform: keratometer, corneal topographer, tonometer,and pachymeter and retro illumination
The VX120 is a multifunctional eye diagnostic device. There are several operatio
The VX120 is a multifunctional eye diagnostic device. There are several operation modes combined in a single platform: aberrometer, autorefracter keratometer, corneal topographer, tonometer, pachymeter and retro illumination.
The VX118 is a multifunctional eye diagnostic device. There are several operatio
The VX118 is a multifunctional eye diagnostic device. There are several operation modes combined in a single platform: aberrometer, autorefracter keratometer, corneal topographer, pachymeter and retro illumination.
The VX120+ is a multi-function diagnostic device combining corneal topographer,
The VX120+ is a multi-function diagnostic device combining corneal topographer, retro-illuminator, tonometer and pachymeter, indicated for: Measuring the refraction of the eye giving both lower and higher order aberrations Measuring the shape of the cornea Retro-illumination imaging of the eye Measuring the intraocular pressure without contacting the eye for glaucoma evaluation. Photographing the eye and taking images of the eye to evaluate the thickness of the cornea.Analysis of the tear film and evaluation of tear film non-invasive tear break-up time (NITBUT)Meibomian glands imagingEvaluation of tear meniscus height
The VX130+ is a multifunctional eye diagnostic device. There are several operati
The VX130+ is a multifunctional eye diagnostic device. There are several operation modes combined in a single platform: aberrometer, autorefractometer, keratometer, corneal topographer, tonometer, multi-slit pachymeter, tear-film analyzer , and retro illumination.The VX130+ is a multi-function diagnostic device combining wavefront aberometer, cornealtopographer, retro-illuminator, tonometer and pachymeter, indicated for: Measuring the refraction of the eye giving both lower and higher order aberrations Measuring the shape of the cornea Retro-illumination imaging of the eye Measuring the intraocular pressure without contacting the eye for glaucoma evaluation Photographing the eye and taking images of the eye to evaluate the thickness of the central cornea. Full cornea thickness map Scheimpflug imaging Anterior chamber imaging Pupil ImageImage of the cornea relative to the irisAnalysis of the tear film and evaluation of tear film non-invasive tear break-up time (NITBUT)Meibomian glands imagingEvaluation of tear meniscus height
The separation prisms is an accessory to the tonometer which is device intended
The separation prisms is an accessory to the tonometer which is device intended to estimate intraocular pressure by applying a force on the globe of the eye.
HKY
Tonometer, Manual
Luneau
Other products with the same Product Codes"HKX, HKO, MXK"
The AUTO REF/KERATOMETER ARK-F is a medical device which measures objective refr
The AUTO REF/KERATOMETER ARK-F is a medical device which measures objective refractive errors and corneal curvature radius of the patient’s eye. This device also offers retroillumination mode for observing the condition of the ocular media, and measures the amplitude of accommodation.
The AUTO REFRACTOMETER AR-F is a medical device which measures objective refract
The AUTO REFRACTOMETER AR-F is a medical device which measures objective refractive errors of the patient’s eye. This device also offers retroillumination mode for observing the condition of the ocular media, and measures the amplitude of accommodation.
The NIDEK refractive power / corneal analyzer OPD-Scan III (hereafter referred t
The NIDEK refractive power / corneal analyzer OPD-Scan III (hereafter referred to as “the device”) measures objective refractive error, corneal curvature, shape of the anterior corneal surface (topography), and pupil size of the patient’s eye, and analyzes wavefront aberration. The measured refractive error can be used for reference when prescribing corrective lenses such as glasses or contact lenses.
The NIDEK HANDHELD REF/KERATOMETER, HandyRef-K, measures spherical, cylindrical
The NIDEK HANDHELD REF/KERATOMETER, HandyRef-K, measures spherical, cylindrical refractive errors, and cylinder axis from the refractive status of the patient’s eye.The keratometer measures the corneal curvature radius (corneal refractive power) in the steepest and flattest meridian directions, cylinder axis, and corneal cylindrical power.This device is a hand-held model that allows measurement of children who cannot hold their head on the stationary chinrest, bed-ridden patients or patients in an operating room.
The NIDEK HANDHELD REFRACTOMETER, HandyRef, measures spherical, cylindrical refr
The NIDEK HANDHELD REFRACTOMETER, HandyRef, measures spherical, cylindrical refractive errors, and cylinder axis from the refractive status of the patient’s eye.This device is a hand-held model that allows measurement of children who cannot hold their head on the stationary chinrest, bed-ridden patients or patients in an operating room.
The NIDEK AUTO REF/KERATOMETER ARK-1s measures spherical, cylindrical refractive
The NIDEK AUTO REF/KERATOMETER ARK-1s measures spherical, cylindrical refractive errors, and cylinder axis from the refractive status of the patient’s eye. In addition, subjective test is performed with the built-in charts and lenses for subjective measurement. The keratometer measures the corneal curvature radius (corneal refractive power), principal meridian directions, and corneal cylindrical power.
The NIDEK AUTO REF/KERATOMETER ARK-1s measures spherical, cylindrical refractive
The NIDEK AUTO REF/KERATOMETER ARK-1s measures spherical, cylindrical refractive errors, and cylinder axis from the refractive status of the patient’s eye. In addition, subjective test is performed with the built-in charts and lenses for subjective measurement. The keratometer measures the corneal curvature radius (corneal refractive power), principal meridian directions, and corneal cylindrical power.
The NIDEK AUTO REF/KERATOMETER ARK-1a/ARK-1 measures spherical, cylindrical refr
The NIDEK AUTO REF/KERATOMETER ARK-1a/ARK-1 measures spherical, cylindrical refractive errors, and cylinder axis from the refractive status of the patient’s eye.The keratometer measures the corneal curvature radius (corneal refractive power), principal meridian directions, and corneal cylindrical power.
The NIDEK AUTO REF/KERATOMETER ARK-1a/ARK-1 measures spherical, cylindrical refr
The NIDEK AUTO REF/KERATOMETER ARK-1a/ARK-1 measures spherical, cylindrical refractive errors, and cylinder axis from the refractive status of the patient’s eye. The keratometer measures the corneal curvature radius (corneal refractive power), principal meridian directions, and corneal cylindrical power.
The NIDEK AUTO REFRACTOMETER AR-1s measures spherical, cylindrical refractive er
The NIDEK AUTO REFRACTOMETER AR-1s measures spherical, cylindrical refractive errors, and cylinder axis from the refractive status of the patient’s eye. In addition, subjective test is performed with the built-in charts and lenses for subjective measurement.
The NIDEK AUTO REFRACTOMETER AR-1a/AR-1 measures spherical, cylindrical refracti
The NIDEK AUTO REFRACTOMETER AR-1a/AR-1 measures spherical, cylindrical refractive errors, and cylinder axis from the refractive status of the patient’s eye.
The NIDEK AUTO REFRACTOMETER AR-1a/AR-1 measures spherical, cylindrical refracti
The NIDEK AUTO REFRACTOMETER AR-1a/AR-1 measures spherical, cylindrical refractive errors, and cylinder axis from the refractive status of the patient’s eye.
The NON CONTACT TONOMETER Model NT-530 is designed for non-contact tonometry mea
The NON CONTACT TONOMETER Model NT-530 is designed for non-contact tonometry measurement. The non-contact tonometry function measures the intraocular pressure without contacting the eye. Tonometry is performed for screening of glaucoma, and for preoperative examination and postoperativecare in ophthalmology.
The NON CONTACT TONOMETER Model NT-510 is designed for non-contact tonometry mea
The NON CONTACT TONOMETER Model NT-510 is designed for non-contact tonometry measurement. The non-contact tonometry function measures the intraocular pressure without contacting the eye. Tonometry is performed for screening of glaucoma, and for preoperative examination and postoperativecare in ophthalmology.
AUTO REF/KERATO/TONOMETER Model TONOREF II is designed to singly perform objecti
AUTO REF/KERATO/TONOMETER Model TONOREF II is designed to singly perform objective refraction, corneal shape measurement, and non-contact tonometry measurement by incorporating a standard auto ref/keratometer and non-contact tonometer into one unit. The objective refraction function measures spherical powers, cylindrical powers and cylinder axis. The corneal shape measurement function measures the radius of corneal curvature (corneal refractive powers), the direction of the steepest meridian, and the amount of corneal astigmatism. The non-contact tonometry function measures the intraocular pressure without contacting the eye.
AUTO REF/KERATO/TONOMETER Model TONOREF II is designed to singly perform objecti
AUTO REF/KERATO/TONOMETER Model TONOREF II is designed to singly perform objective refraction, corneal shape measurement, and non-contact tonometry measurement by incorporating a standard auto ref/keratometer and non-contact tonometer into one unit. The objective refraction function measures spherical powers, cylindrical powers and cylinder axis. The corneal shape measurement function measures the radius of corneal curvature (corneal refractive powers), the direction of the steepest meridian, and the amount of corneal astigmatism. The non-contact tonometry function measures the intraocular pressure without contacting the eye.
The Kowa KT-800 is indicated for measuring intraocular pressure without contacti
The Kowa KT-800 is indicated for measuring intraocular pressure without contacting the eye to aid in the screening and diagnosis of glaucoma.
The NON-CONTACT TONOMETER FT-1000 is a tonometer designed using a non-contact me
The NON-CONTACT TONOMETER FT-1000 is a tonometer designed using a non-contact measurement system. Air puff gently measures the intraocular pressure of the human eye.
The NON-CONTACT TONOMETER FT-100 is a tonometer designed using a non-contact mea
The NON-CONTACT TONOMETER FT-100 is a tonometer designed using a non-contact measurement system Air puff gently measures the intraocular pressure of the human eye.
ARGOS is a non-invasive, non-contact biometer based on swept-source optical cohe
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.
ARGOS is a non-invasive, non-contact biometer based on swept-source optical cohe
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.
The plusoptiX 16 is a hand held autorefractor and measures refractive data, pupi
The plusoptiX 16 is a hand held autorefractor and measures refractive data, pupil size, pupil distance and gaze deviation in real time. Both eyes are measured at the same time (binocular) at a distance of one meter (3.3 ft) to the patient eyes.
The plusoptiX 16 is a hand held autorefractor and measures refractive data, pupi
The plusoptiX 16 is a hand held autorefractor and measures refractive data, pupil size, pupil distance and gaze deviation in real time. Both eyes are measured at the same time (binocular) at a distance of one meter (3.3 ft) to the patient eyes.
The plusoptiX 12 is a hand held autorefractor and measures refractive data, pupi
The plusoptiX 12 is a hand held autorefractor and measures refractive data, pupil size, pupil distance and gaze deviation in real time. Both eyes are measured at the same time (binocular) at a distance of one meter (3.3 ft) to the patient eyes.
The plusoptiX 12 is a hand held autorefractor and measures refractive data, pupi
The plusoptiX 12 is a hand held autorefractor and measures refractive data, pupil size, pupil distance and gaze deviation in real time. Both eyes are measured at the same time (binocular) at a distance of one meter (3.3 ft) to the patient eyes.
The plusoptiX 12 is a hand held autorefractor and measures refractive data, pupi
The plusoptiX 12 is a hand held autorefractor and measures refractive data, pupil size, pupil distance and gaze deviation in real time. Both eyes are measured at the same time (binocular) at a distance of one meter (3.3 ft) to the patient eyes.
The plusoptiX 12 is a hand held autorefractor and measures refractive data, pupi
The plusoptiX 12 is a hand held autorefractor and measures refractive data, pupil size, pupil distance and gaze deviation in real time. Both eyes are measured at the same time (binocular) at a distance of one meter (3.3 ft) to the patient eyes.
The Myopia Master combines different measuring functions in one unit.The Auto-Re
The Myopia Master combines different measuring functions in one unit.The Auto-Refractometer calculates the ametropia in D, the Keratometer determines the curvature of the cornea. The axial length of the eye is measured and displayed by interferometry.