Our Technology

$The EPIC refraction system$

EPIC

The EPIC refraction system is a computerized refraction system that facilitates consistency and accuracy in determining one’s eyeglass prescription. Presenting the observer with simultaneous alternative lenses choices for astigmatism measurements makes it easier for patients than the "better one or better two" approach. This standardized method will make it more likely that your refractive prescription will feel more comfortable. Additionally, the EPIC system provides you an immediate comparison between your current refractive error, your old prescription, and your new prescription. For some, measuring a glasses prescription may be straight forward, but for those who have had previous difficulties in obtaining an accurate prescription, the Epic system facilitates getting it right the first time.

A-Scan

When cataracts have certain types of cloudy formations, laser measuring devices (OCT) may not be reliable, and further diagnostic testing may be needed. A-scan ultrasound biometry utilizes echoes from sonic waves to measure the axial length of the eye, which offers valuable diagnostic information. Most commonly the A-scan is used in the calculation of intraocular lens power (IOL). By measuring both the length of the eye (A-scan) and the power of the cornea (keratometry) mathematical formulae can be used to calculate the power of the intraocular lens needed for cataract replacement.

Wavefront

Standard prescriptions for glasses, contacts, or traditional LASIK procedures describe fairly simple mathematical representations such as myopia, hyperopia, and astigmatism. One’s visual system is significantly more complicated and is unique for every individual eye. In fact, each person’s wave print may be as unique as a fingerprint. Customizing laser vision correction with Wavefront technology may improve postoperative results, reducing enhancement rates and improving night vision. A 3-D map used in Wavefront technology is created that mathematically describes the irregularities in the way one’s eye processes images. Information contained in this map can guide the laser in customizing your treatment, placing the odds in your favor for an outstanding result.

OCT

Optical Coherence Tomography (OCT) is an advanced type of laser imaging technology used for taking detailed thickness measurements of ocular structures including the retina. These images are then used to diagnose and follow treatment efficacy in certain eye conditions and diseases, such as diabetic retinopathy, glaucoma, and macular abnormalities. The OCT is non-invasive and augments Dr. Yankelove’s diagnostic capabilities

IOL Master

IOL Master employs OCT technology to evaluate the ocular geometry for accurate pre-operative cataract patients. The IOL Master is a non-contact instrument (nothing touches the eye), therefore there is no potential for spread of contamination or need for anesthesia. This technology is less dependent on operator effects and hence is considered more reliable

Optos

Dilation of the eyes with topical medications may not be necessary with our Optos retinal imaging system. Advanced wide-angle imaging, up to 200 degrees, through an undilated or minimally dilated pupil provides Dr. Yankelove with an exceptional diagnostic tool. What is more, you will be able to see your own retina, or inner eye, and have a permanent record or OPTOMAP for further comparison. Although there is a nominal fee, patients are thrilled to forego the blurred vision that may accompany dilation for up to 12 hours.

IntraLase Laser

The intralase laser replaces the traditional bladed device called a microkeratome. With the IntraLase Method, patients will have a LASIK procedure that's 100% blade-free. Intralase LASIK can provide unprecedented control and the ability to customize the treatment for each patient.