Our new optical response analyzer is a crucial tool in detecting potential for glaucoma.
This Keratograph allows us to provide dry eye evaluations at a higher level of accuracy than traditional methods.
Netra is one of our cutting-edge tools that takes refractive measurements through simple game-like interactions in a Virtual Reality headset.
The SVOne Pro is the world’s most powerful smartphone-based autorefractor. We use it both at the office and for the occasional emergency house call.
The TearLab Osmolarity System is intended to measure the osmolarity of human tears to aid in the diagnosis of dry eye disease in patients suspected of having dry eye disease, in conjunction with other methods of clinical evaluation. TearLab is for professional in vitro diagnostic use only.
Hyperosmolarity has been described in the literature as a primary marker of tear film integrity. When the quantity or quality of secreted tears is compromised (known as aqueous deficient or evaporative Dry Eye Disease), increased rates of evaporation lead to a more concentrated tear film (increased osmolarity) that places stress on the corneal epithelium and conjunctiva.
Patients who are wearing new iZon Lenses report that their vision is clearer, sharper and more vivid than ever before. iZon Lenses have also been clinically proven to improve nighttime driving vision by dramatically reducing glare and providing better definition. In FDA-validated tests, iZon wearers were able to recognize and react to a hazard in the road 25 feet sooner than conventional lens wearers. Call our office to see if you are a candidate for iZon High Resolution Lenses. Click here to view more information on iZon’s website.
Our office features the top-of-the-line Optos Daytona to get an ultra-widefield view of the retina (the back of the eye). While eye exams generally include a look at the front of the eye to evaluate health and prescription changes, a thorough screening of the retina is critical to verify that your eye is healthy. This can lead to early detection of common diseases, such as macular degeneration, glaucoma, diabetes, and even cancer. The exam is quick, painless, and may not require dilation drops. To read about various conditions of the retina, click here.
Some views draw the observer directly into the picture – views such as those offered by Cirrus HD-OCT. This new high-performance OCT instrument from Carl Zeiss Meditec offers a quantum leap forward. Featuring spectral domain technology, Cirrus HD-OCT delivers exquisite high-definition images of the ocular structures. Advanced optics aid in the examination of patients with cataracts. Dilation is not required even for pupils as small as 2.5 mm. Mouse Driven Alignment™ delivers superior image capture and analysis in just a few clicks, resulting in reduced chair time for the patient.
Pachymeters play a vital role in glaucoma screening, the co-management of refractive surgery patients, and assessing corneal pathology. Pachymetry can be defined as the measurement of corneal thickness. Sound waves are bounced off tissues that form echoes, which are used to measure the corneal thickness.
The Scout Topographer offers corneal topography, visible light pupillometry and dark-adapted pupillometry all on the same map. In addition, the Scout’s corneal wavefront maps clearly display lower-and higher-order aberrations that can be individually removed from the map for better understanding of problems. It is even possible to design a custom contact lens utilizing custom Wave Software. This is especially helpful in patients with post-surgical complications from RK and Corneal transplants.
Specular microscopy enumerates the number and relative health of endothelial cells, allowing an objective assessment of the patient’s cornea. In cases of Fuchs’ corneal dystrophy, the cornea begins to show swelling and the vision becomes blurred. Specular microscopy is used to measure the corneal endothelium cell density and determine the presence of corneal swelling. For more information, click here.
Determines peripheral and central vision disorders.
Measures the shape of your eye for a proper fit of contact lenses.
The Scanmate is a self- contained, portable, multiple mode ultrasound imaging system. The Scanmate user can rapidly obtain high-resolution video loops and still images with clear, sharp details. Post-processing of the images includes playback, gain adjustment, contrast and image intensity variation, zoom without distortion, and distance measurements with dual digital calipers. All these features help provide a better diagnosis and improve the quality of patient care.
A-scan is an amplitude modulation scan. It gives the information in the form of one dimensional. it is used to detect the presence of flaws in the materials. A-scan ultrasound biometry commonly referred to as an A-scan, is a routine type of diagnostic test used in ophthalmology. The A-scan provides data on the length of the eye, which is a major determinant in common sight disorders. The most common use of the A-scan is to determine eye length for calculation of intraocular lens power. Briefly, the total refractive power of the emmetropic eye is approximately 60. Of this power, the cornea provides roughly 40 diopters and the crystalline lens 20 diopters. When a cataract is removed, the lens is replaced by an artificial lens implant. By measuring both the length of the eye (A-scan) and the power of the cornea (keratometry), a simple formula can be used to calculate the power of the intraocular lens needed. There are several different formulas that can be used depending on the actual characteristics of the eye.
The other major use of the A-scan is to determine the size and ultrasound characteristics of masses in the eye, in order to determine the type of mass. This is often termed quantitative A-scan.
Examines the internal portion of the eye for a wide range of problems.
Examines the external eye for abnormalities.
Measures the power of your current prescription lens.
Used to examine patient’s eyelashes for Demodex folliculorum and Demodex Brevis which are mites found in the hair follicles, especially the eyelashes. Older people are much more likely to carry the mites; estimates range as high as a 96-98% infestation rate in aged people. The lower rate of children may be due to the fact that children produce much less sebum. Our office looks for these mites by carefully removing an eyelash or eyebrow hair and placing it under a microscope.
Our office and equipment are wheelchair accessible.