This device aims to take the measurements of SPH, CYL, AXIS, prism refractive power and optical axis coordinate of unprocessed lens, processed framed lens and contact lens, and to put dots on them to find its axis

This device aims to take the measurements of SPH, CYL, AXIS, prism refractive power and optical axis coordinate of unprocessed lens, processed framed lens and contact lens, and to put dots on them to find its axis

This device aims to take the measurements of SPH, CYL, AXIS, prism refractive power and optical axis coordinate of unprocessed lens, processed framed lens and contact lens, and to put dots on them to find its axis.It also performs automatic discrimination of progressive lens, pupillary distance (PD) measurement of glass lens, UV cut percentage measurement, blue light which harmful to eyes cut percentage measurement, blue light transmittance measurement which necessary to adjust the circadian rhythm

3D Optical Coherence Tomography OCT500 is a non-contact, high-resolution tomographic and biomicroscopic imaging device. It is indicated for in-vivo viewing, axial cross-sectional and three dimensional imaging, and measurement of posterior ocular structures, including the retina, retinal nerve fiber layer, ganglion cell plus inner plexiform layer, ganglion cell complex, macula, optic nerve head. It is also indicated for in-vivo viewing, axial cross-sectional and three dimensional imaging of anterior ocular structures, including the cornea.The instrument is intended for use as a diagnostic device to aid in the detection and management of ocular diseases including, but not limited to, macular holes, cystoid macular edema, diabetic retinopathy, agerelated macular degeneration, and glaucoma.

Retina 800 is an automatic eye-fundus camera intended for taking digital images of a human retina without the use of a mydriatic agent

Retina 400 is an electromedical system that allows for digitally retrieving, acquiring and processing of a retinal image, for use in ophthalmological diagnosis by medical specialists, and other uses inherent to the professional activity of other operators, optometrists and opticians, to the extent permitted by the laws and regulations for the exercise of their profession.An absolute new entry in the field for retinal imaging, the instrument allows for a direct, "live" monitoring on the computer screen, and capturing also in cases where the pupil diameter is extremely narrow. The instrument, with manual acquisition and electronically guided control, guarantees high precision and repeatability of the measurements.

Slit lamp microscopes are used to observe the disease of the anterior structures and tissue damage of eyes

Slit lamp microscopes are used to observe the disease of the anterior structures and tissue damage of eyes

Slit lamp microscopes are used to observe the disease of the anterior structures and tissue damage of eyes

Slit lamp microscopes are used to observe the disease of the anterior structures and tissue damage of eyes

Slit lamp microscopes are used to observe the disease of the anterior structures and tissue damage of eyes

Slit lamp microscopes are used to observe the disease of the anterior structures and tissue damage of eyes

Slit lamp microscopes are used to observe the disease of the anterior structures and tissue damage of eyes

Slit lamp microscopes are used to observe the disease of the anterior structures and tissue damage of eyes

Stereomicroscopic observation of the eye subjected to light through a slotMicroscopic study of the fundus and posterior vitreous (via a lens Hubry)The ophthalmic evaluation and positioning of the contact lensThis product is used by ophthalmologists and opticians (in their professional skills) to perform specific diagnostics in ophthalmology (biomicroscopy of the eye).

Stereomicroscopic observation of the eye subjected to light through a slotMicroscopic study of the fundus and posterior vitreous (via a lens Hubry)The ophthalmic evaluation and positioning of the contact lensThis product is used by ophthalmologists and opticians (in their professional skills) to perform specific diagnostics in ophthalmology (biomicroscopy of the eye).

Vision-R 800 is intended to perform a subjective assessment of ametropia or visual function capability

Vision-R 800 is intended to perform a subjective assessment of ametropia or visual function capability

Vision-R 700 is intended to perform a subjective assessment of ametropia or visual function capability

Vision-R 700 is intended to perform a subjective assessment of ametropia or visual function capability

Vision-C 600 (VRS001) is a visual chart system, stand-alone type, which displays broad range of charts, based on LCD panel.

Vision-S 700 is a Compact Refraction System used to determine the refractive error and binocular

The WAM700 is a multifunctional ophthalmic device. The machine is a combination of 5 technologies :- Shack Hartmann technology : to measure both low and high order aberrations of the eye, to measure refraction.- Placido disks : for keratometry and for corneal topography measurement.- Non-contact tonometer.- Scheimpflug image : for anterior chamber analysis (pachymetry, irido corneal angle).- Retro illumination : for detection of opacity.Measurement is fully automatic using image processing software and fully automated motors for centering and focusing. The machine includes a fixation target with automatic fogging for accommodation control.

The WAM800 is a multifunctional ophthalmic device. There are several operation modes combined in a single platform :- Aberrometer- Autorefractometer keratometer- Corneal topographer- Tonometer- Pachymeter- Retro-illumination