This initial test assesses the ability to see details of objects at both near and far distances. It determines how clearly the individual can see. The primary method used is having the person read from a Snellen chart, which displays letters or numbers arranged from large to small.

This test involves using a computer-based autorefractor to measure refractive errors such as myopia (nearsightedness), hyperopia (farsightedness), and astigmatism. It also includes an assessment of the corneal curvature, measuring it 360 degrees to determine the degree of astigmatism. The results help in detailed analysis of vision in subsequent steps.

This advanced vision assessment uses Wavefront Aberrometry technology to provide a more precise analysis of visual abnormalities compared to traditional computer-based methods. It measures the corneal surface and pupil size in both low and normal light conditions, yielding highly accurate measurements, particularly for astigmatism. This ensures a more effective and detailed vision measurement process.

This test assesses the transparency of the eye's lens to screen for cataracts. Cataracts can deteriorate vision quality, and if the lens is significantly clouded, surgical removal of the affected lens may be recommended to address the issue before proceeding with eyewear.

This screening is for individuals at risk of macular degeneration, a condition that may not show symptoms in its early stages but is a major cause of vision loss. It affects central vision while peripheral vision remains intact. Early detection is crucial for prevention and treatment.

Accurate and precise vision measurement is essential for creating sharp and comfortable eyewear. At Better Vision Prestige, we use world-class eye measurement equipment imported from Japan (Nidek Phoropter RT-6100). This advanced tool provides detailed analysis for the most accurate vision correction, accommodating up to 26.00 Diopters of myopia and hyperopia.

This test measures the ability of both eyes to work together, including depth perception, distance estimation, and image size perception from both eyes. The results are used to analyze and address vision problems, ensuring the prescription and lenses are appropriately tailored for optimal visual performance.

This test evaluates the coordination of the eye muscles in both eyes and addresses issues such as double vision caused by strabismus (eye misalignment) using prism lenses for correction.

This test uses the advanced DNEye Scanner technology from Germany to measure the internal eye fluid pressure. It helps assess the risk of glaucoma or other inflammatory eye conditions that can alter normal intraocular pressure. Additionally, it evaluates the eye's angle and corneal thickness to provide a comprehensive assessment of eye health.

Measuring the ocular axial length is particularly beneficial for children with myopia (nearsightedness). This tool analyzes the length of the eye and helps assess the risk and monitor the effectiveness of myopia control methods, such as special lenses designed to slow myopia progression. By controlling myopia, it can prevent rapid worsening of vision, reduce the need for thicker glasses in the future, and lower the risk of developing eye conditions such as glaucoma, macular degeneration, and retinal detachment.

This test screens for or confirms diseases that affect the visual field, assessing how well you can see in different areas of your peripheral vision.

This examination involves using a laser to create cross-sectional images of the optic nerve head, retina, and fovea. It includes capturing both 2D and 3D images of the retina, allowing for detailed analysis of its ten layers. This helps in detecting abnormalities such as retinal damage, swelling, or other pathological changes.

This involves using a Slit Lamp, a specialized high-magnification microscope with various light beams, to inspect and evaluate the health of the anterior segment of the eye. It helps in detecting and assessing conditions such as pterygium, pinguecula, and cataracts, as well as examining the surrounding skin, eyelids, eyelashes, cornea, sclera, iris, and lens. The test also evaluates the pupillary response.

This test uses the Zenos VR (Virtual Reality) system to measure eye movement behavior at different distances—far, intermediate, and near. The collected data is used to create lenses with optimal structure tailored to each individual, enhancing comfort in progressive lenses, high astigmatism prescriptions, or complex vision corrections.

Since each individual's facial structure is unique, the angle and fit of eyewear can vary, affecting visual quality. At Better Vision Prestige, precise measurement of personalized parameters using the Invision Augmented Reality (AR) system ensures that eyewear is optimally comfortable and well-suited to the wearer’s facial structure, enhancing overall visual experience and fit.

Because eye health is crucial, Better Vision Prestige offers consultations with ophthalmologists to address eye diseases and provide personalized advice on eye care. (Consultations with ophthalmologists are available every Friday from 5:00 PM to 8:00 PM, and on Saturdays and Sundays from 1:00 PM to 5:00 PM.)