Imaging exam that combines optical coherent tomography with blood flow analysis, useful for detecting vascular alterations in the retina and choroid without the need for contrast.

It uses intravenous dyes to evaluate retinal and choroidal circulation, detecting leaks, occlusions, neovascularization, or damage from diabetes and other vascular diseases.

Measures with high precision the eye’s axial length, anterior chamber depth, and other dimensions—essential for planning cataract surgeries and intraocular lens implantation.

Calculates the eye’s dioptric power and predicts postoperative refraction. A fundamental tool for the personalized selection of intraocular lenses.

Serial evaluation of intraocular pressure throughout the day to diagnose and monitor glaucoma, or to detect variations that may not be evident in a single measurement.

Ultrasound method that allows visualization of the internal structures of the eye in the presence of opacities. Useful for examining the retina, vitreous, or intraocular tumors.

High-frequency ultrasound that provides detailed images of the anterior segment of the eye. Essential for diagnosing glaucoma, tumors, and anterior chamber conditions.

Measures the retina’s electrical response to light stimuli. Key for diagnosing hereditary, degenerative, or toxic retinal diseases.

Evaluates the electrical potential between the cornea and retina during eye movements. It allows the study of the retinal pigment epithelium and light adaptation functions.

Set of devices used to perform functional tests such as ERG, EOG, and visual evoked potentials, which evaluate the bioelectrical functioning of the visual system.

Measures the sensitivity of central and peripheral vision. Essential for the diagnosis and monitoring of glaucoma, neurological lesions, and retinal diseases.

Detailed imaging of the retina, macula, or optic nerve to monitor and compare changes in conditions such as AMD, glaucoma, or diabetic retinopathy.

Photographic documentation of the external eye structures and periorbital region to record eyelid disorders, tumors, or pre- and postoperative surgical results.

Biomechanical test that evaluates corneal deformation in response to an air puff. Useful for diagnosing keratoconus, planning refractive surgery, and assessing glaucoma risk.

Visualizes the Meibomian glands in the eyelids, responsible for the lipid layer of the tear film. Essential for studying dry eye and gland dysfunction.

Measures the concentration of solutes in the tear film. Helps classify the type of dry eye and define more specific treatments.

Measures the central corneal thickness. Important in pre-surgical evaluations and in the monitoring of glaucoma and corneal diseases.