S-MAIA is intended for measuring macular sensitivity, fixation stability and the
S-MAIA is intended for measuring macular sensitivity, fixation stability and the locus of fixation, as well as providing infrared retinal imaging. It contains a reference database that is a quantitative tool for the comparison of macular sensitivity to a database of known normal subjects. The S-MAIA allows also the measurement of macular sensitivity and fixation under scotopic (or low light) background conditions, in addition to the standard measurement performed in mesopic conditions. Both a scotopic red (stimulus central wavelength 627 nm) and scotopic blue (stimulus central wavelength 550 nm) test modalities are available with the Scotopic model. Both modalities employ specific luminance scales and do not allow comparison with reference normal values.
COMPASS is a scanning ophthalmoscope combined with an automatic perimeter that a
COMPASS is a scanning ophthalmoscope combined with an automatic perimeter that allows the acquisition of images of the retina, as well as the measurement of retinal threshold sensitivity and the analysis of fixation..
MAIA is intended for measuring macular sensitivity, fixation stability and the l
MAIA is intended for measuring macular sensitivity, fixation stability and the locus of fixation, as well as providing infrared retinal imaging. It contains a reference database that is a quantitative tool for the comparison of macular sensitivity to a database of known normal subjects.
It is an AC-powered or manual device intended to determine the extent of the per
It is an AC-powered or manual device intended to determine the extent of the peripheral visual field of a patient. The device projects light on various points of a curved surface, and the patient indicates whether he or she sees the light
It is an AC-powered or manual device intended to determine the extent of the per
It is an AC-powered or manual device intended to determine the extent of the peripheral visual field of a patient. The device projects light on various points of a curved surface, and the patient indicates whether he or she sees the light
It is an AC-powered or manual device intended to determine the extent of the per
It is an AC-powered or manual device intended to determine the extent of the peripheral visual field of a patient. The device projects light on various points of a curved surface, and the patient indicates whether he or she sees the light
It is an AC-powered or manual device intended to determine the extent of the per
It is an AC-powered or manual device intended to determine the extent of the peripheral visual field of a patient. The device projects light on various points of a curved surface, and the patient indicates whether he or she sees the light
It is an AC-powered or manual device intended to determine the extent of the per
It is an AC-powered or manual device intended to determine the extent of the peripheral visual field of a patient. The device projects light on various points of a curved surface, and the patient indicates whether he or she sees the light
It is an AC-powered or manual device intended to determine the extent of the per
It is an AC-powered or manual device intended to determine the extent of the peripheral visual field of a patient. The device projects light on various points of a curved surface, and the patient indicates whether he or she sees the light
It is an AC-powered or manual device intended to determine the extent of the pe
It is an AC-powered or manual device intended to determine the extent of the peripheral visual field of a patient. The device projects light on various points of a curved surface, and the patient indicates whether he or she sees the light.
The projection perimeters is used to check the sensitivity of the human eye to l
The projection perimeters is used to check the sensitivity of the human eye to light(visual acuity). Ambient light by refraction system to the retina, the retinal photochemical reactions by bioelectrical, transmitted through the visual pathway visual cortex, the brain through a comprehensive analysis of the formation of vision. Any part of the distribution from the retina to the visual cortex nerve fibers, direction, known as the road lesions occur, it will be reflected in the vision, visual field changes according to the results of other tests and clinical, can analyze the site of the lesion, nature and prognosis
The projection perimeters is used to check the sensitivity of the human eye to l
The projection perimeters is used to check the sensitivity of the human eye to light(visual acuity). Ambient light by refraction system to the retina, the retinal photochemical reactions by bioelectrical, transmitted through the visual pathway visual cortex, the brain through a comprehensive analysis of the formation of vision. Any part of the distribution from the retina to the visual cortex nerve fibers, direction, known as the road lesions occur, it will be reflected in the vision, visual field changes according to the results of other tests and clinical, can analyze the site of the lesion, nature and prognosis.
The projection perimeters is used to check the sensitivity of the human eye to l
The projection perimeters is used to check the sensitivity of the human eye to light(visual acuity). Ambient light by refraction system to the retina, the retinal photochemical reactions by bioelectrical, transmitted through the visual pathway visual cortex, the brain through a comprehensive analysis of the formation of vision. Any part of the distribution from the retina to the visual cortex nerve fibers, direction, known as the road lesions occur, it will be reflected in the vision, visual field changes according to the results of other tests and clinical, can analyze the site of the lesion, nature and prognosis.
The projection perimeters is used to check the sensitivity of the human eye to l
The projection perimeters is used to check the sensitivity of the human eye to light(visual acuity). Ambient light by refraction system to the retina, the retinal photochemical reactions by bioelectrical, transmitted through the visual pathway visual cortex, the brain through a comprehensive analysis of the formation of vision. Any part of the distribution from the retina to the visual cortex nerve fibers, direction, known as the road lesions occur, it will be reflected in the vision, visual field changes according to the results of other tests and clinical, can analyze the site of the lesion, nature and prognosis
The projection perimeter is used to check the sensitivity of the human eye to li
The projection perimeter is used to check the sensitivity of the human eye to light(visual acuity). Ambient light by refraction system to the retina, the retinal photochemical reactions by bioelectrical, transmitted through the visual pathway visual cortex, the brain through a comprehensive analysis of the formation of vision. Any part of the distribution from the retina to the visual cortex nerve fibers, direction, known as the road lesions occur, it will be reflected in the vision, visual field changes according to the results of other tests and clinical, can analyze the site of the lesion, nature and prognosis
The projection perimeters is used to check the sensitivity of the human eye to l
The projection perimeters is used to check the sensitivity of the human eye to light(visual acuity). Ambient light by refraction system to the retina, the retinal photochemical reactions by bioelectrical, transmitted through the visual pathway visual cortex, the brain through a comprehensive analysis of the formation of vision. Any part of the distribution from the retina to the visual cortex nerve fibers, direction, known as the road lesions occur, it will be reflected in the vision, visual field changes according to the results of other tests and clinical, can analyze the site of the lesion, nature and prognosis.
The projection perimeters is used to check the sensitivity of the human eye to l
The projection perimeters is used to check the sensitivity of the human eye to light(visual acuity). Ambient light by refraction system to the retina, the retinal photochemical reactions by bioelectrical, transmitted through the visual pathway visual cortex, the brain through a comprehensive analysis of the formation of vision. Any part of the distribution from the retina to the visual cortex nerve fibers, direction, known as the road lesions occur, it will be reflected in the vision, visual field changes according to the results of other tests and clinical, can analyze the site of the lesion, nature and prognosis.
The PTS 925BY automated perimeter is a diagnostic instrument designed for visual
The PTS 925BY automated perimeter is a diagnostic instrument designed for visual field testing. The device is used for early detection of glaucoma, cataract, neurological defects, diplopia, and retinal diseases, including macular degeneration, retinitis pigmentosa, or scintillating scotomas.
The PTS 925W automated perimeter is a diagnostic instrument designed for visual
The PTS 925W automated perimeter is a diagnostic instrument designed for visual field testing. The device is used for early detection of glaucoma, cataract, neurological defects, diplopia, and retinal diseases, including macular degeneration, retinitis pigmentosa, or scintillating scotomas.
The PTS 925 automated perimeter is a diagnostic instrument designed for visual f
The PTS 925 automated perimeter is a diagnostic instrument designed for visual field testing. The device is used for early detection of glaucoma, cataract, neurological defects, diplopia, and retinal diseases, including macular degeneration, retinitis pigmentosa, or scintillating scotomas.
The PTS 920BY automated projection perimeter is a diagnostic instrument designed
The PTS 920BY automated projection perimeter is a diagnostic instrument designed for visual field testing. The device is used for early detection of glaucoma, cataract, neurological defects, diplopia, and retinal diseases, including macular degeneration, retinitis pigmentosa, or scintillating scotomas.
The PTS 920 automated perimeter is a diagnostic instrument designed for visual f
The PTS 920 automated perimeter is a diagnostic instrument designed for visual field testing. The device is used for early detection of glaucoma, cataract, neurological defects, diplopia, and retinal diseases, including macular degeneration, retinitis pigmentosa, or scintillating scotomas.
The PTS 2000 automated projection perimeter is a diagnostic instrument designed
The PTS 2000 automated projection perimeter is a diagnostic instrument designed for visual field testing. The device is used for early detection of glaucoma, cataract, neurological defects, diplopia, and retinal diseases, including macular degeneration, retinitis pigmentosa, or scintillating scotomas.
The NIDEK MICROPERIMETER, MP-3 measures the visual sensitivity of a specified ar
The NIDEK MICROPERIMETER, MP-3 measures the visual sensitivity of a specified area on the fundus according to the patient’s response, and captures color fundus images. The fundus image overlaid with the retinal sensitivity mapping is displayed on the screen for fundus-image-correlated evaluation.
The NAVIS-EX image filing software is software that acquires data from the follo
The NAVIS-EX image filing software is software that acquires data from the following NIDEK fundus photography devices and files it for easy transfer to external systems. NAVIS-EX is equipped with functions for image acquiring, image display, image drawing, image processing, image measurement, panorama image creation, stereo image observation, composite image creation, and Follow-Up. (According to the image, available functions are limited.) Image data can be transferred by network or e-mail. NAVIS-EX can construct a network among multiple terminals and refers to and edits data from the clientPC.
KOWA AP-7000 is an automatic perimeter to perform perimetry examinations and to
KOWA AP-7000 is an automatic perimeter to perform perimetry examinations and to display and output examination results.Static quantitative perimetry examinations and kinetic perimetry examinations are available.
The Humphrey Field Analyzer is an automated perimeter intended to identify visua
The Humphrey Field Analyzer is an automated perimeter intended to identify visual field defects for the purposes of screening, monitoring and assisting in the diagnosis of ocular and neurological disorders including glaucoma.
The Humphrey Field Analyzer is an automated perimeter intended to identify visua
The Humphrey Field Analyzer is an automated perimeter intended to identify visual field defects for the purposes of screening, monitoring and assisting in the diagnosis of ocular and neurological disorders including glaucoma.
The Humphrey Field Analyzer is an automated perimeter intended to identify visua
The Humphrey Field Analyzer is an automated perimeter intended to identify visual field defects for the purposes of screening, monitoring and assisting in the diagnosis of ocular and neurological disorders including glaucoma.
The Humphrey Field Analyzer is an automated perimeter intended to identify visua
The Humphrey Field Analyzer is an automated perimeter intended to identify visual field defects for the purposes of screening, monitoring and assisting in the diagnosis of ocular and neurological disorders including glaucoma.
The Humphrey Field Analyzer is an automated perimeter intended to identify visua
The Humphrey Field Analyzer is an automated perimeter intended to identify visual field defects for the purposes of screening, monitoring and assisting in the diagnosis of ocular and neurological disorders including glaucoma.
The MP-1S MICRO PERIMETER is indicated for use as:·Color retinography·Fixation e
The MP-1S MICRO PERIMETER is indicated for use as:·Color retinography·Fixation examiner·Fundus-related microperimetry·Visual rehabilitation