It utilizes the power of high-resolution swept-source OCT images to provide the most important anterior segment examinations and biometric measurements on the eye. It has wide range of clinical applications including corneal evaluation, IOL calculation & toric planning, glaucoma assessment of AC angle, ICL care,contact lens fitting and imaging various anterior segment pathologies.
Measures quality of vision and visual function using a principle of optical ray tracing.
Photographic technique that allows to visualize and analyze the corneal endothelium for abnormalities.
Produces a visual description of the shape and power of the cornea.
Images the anterior segment of the eye by a rotating Scheimpflug camera creating a 30 image of the cornea.
Photography of the retina and the retinal blood circulation after injecting a dye.
Systematically measures all areas of the visual field, to assess the damage to vision in glaucoma.
Instrument to analyze the tear film and meibomian glands to assess dry eye disease.
DAYTONA NIKON OPTOS – ULTRA-WIDE FIELD FUNDUS CAMERA Ultra wide field retinal imaging device with unique laser scanning technology that captures more than 80% of the retina in a fraction of a second without dilatation.
Captures axial dimensions of the eye from the comes to the resina to determine the IOL power.
Non-invasive diagnostic instrument used for imaging the layers of the retina and the optic disc Angiography helps to study the retinal blood circulation.
Advance technology phacoemulsification system with active fluidics for efficient and site cataract surgery.
Efficient vitrectomy system for every posterior segment surgery.
Argon Laser photocoagulation is done to the retina to reduce the risk of vision loss caused by diabetic retinopathy and other retinal pathologies like retinal hole and lattice degeneration.
High Resolution photos help in surgical planning and intra-op heads-up display during cataract surgery for precision and superior outcomes.
With the new generation 15mHz B-scan probe, it does an ultrasonography scan of the eyeball. The A scan mode helps in determining the biometric measurements of the eyeball.
Handheld ultrasound pachymetry to measure corneal thickness for glaucoma & refractive surgery planning.
Handheld tonometer to measure intraocular pressure on the eyeball.
Mechanical microkeratome is used for creating corneal flap for LASIK procedure (laser vision correction).
Ophthalmic ultrasound system used for A B scan and corneal pachymetry to measure dimensions of the eyeball.
Advanced excimer laser for laser Vision correction (LASIK/PRK/Epi-LASIK).