The first important step in the iLASIK procedure utilized Intralase Femtosecond Laser. The Intralase FS Laser System is a revolutionary technology that reduces the variability of flap creation with the manual microkeratome by using a computer-guided laser beam specifically designed for the corneal flap. There are two main advantages that have been shown thus far with Intralase: safety and visual outcomes.

SAFETY

No procedure or technology is completely free of risk. However, by replacing the traditional approach with a silent, tiny beam of laser light, the Intralase FS laser dramatically reduces the variability and potential risk of flap complication historically associated with the microkeratome. In fact, more patients may now be candidates for laser vision correction due to the increased level of precision that was previously unavailable.

VISUAL OUTCOMES

Because of the precision associated with the computer-guided beam and the consistency of flap dimensions, studies have shown visual outcomes of LASIK, enriched with Intralase, exceed those of procedures performed with previous methods. At follow-up exams, patients prefer their vision and see better following laser vision correction with Intralase than with other technologies.

Intralase has become the key ingredient to predictably better vision. Dr. Eisner is proud to be in the select group of surgery centers nationwide that exclusively offer procedures performed with Intralase technology. It is also important to realize that all technology is a tool in a surgeon’s hand. It’s vital that technology is backed with extensive experience. The advanced technology options in our office are backed by Dr. Eisner’s experience of over 30,000 procedures performed.

Because your vision is unique and as personal as your fingerprint, Dr. Eisner utilizes the WaveScan Wavefront System to provide a WavePrint Map. This map provides information on more than just the corneal surface of your eye. It reveals the way your entire optical system processes light, and offers the ability to map even subtle errors in the eye’s focusing system.

Using this information, Dr. Eisner can:

• Accurately assess whether you’re a good candidate for laser vision correction
• Along with the other diagnostic tests, a personalized treatment plan can then be developed to address your unique vision needs

The WavePrint Map is derived from technology first developed to correct distortions of light waves from space. This allowed researchers to accurately view images of stars and planets. The WavePrint Map uses the same technology to measure light waves as they travel through your eye. This technology provides a precise and more detailed analysis of your vision.

The Pentacam Anterior Chamber Mapping System is another important aspect of candidacy for LASIK centers on the general health of the cornea. Corneal topography is a method of measuring elevations and curvature on the surface of the human eye. These topographic maps indicate healthy corneas but, more importantly, will also indicate problem spots or pathology which would be a contraindication for LASIK.

The Pentacam utilizes a capture method called Sheimpflug Imagery, which shows Dr. Eisner a 3-D representation of both the front and back sides of the cornea. The Pentacam scans and measures the entire cornea and the anterior chamber in less than two seconds, allowing Dr. Eisner to obtain and evaluate more comprehensive and precise information about your optical system than ever before.

Dr. Eisner’s extensive experience with the Pentacam over the last twenty years allows him to make an even more confident determination of your candidacy. It is a very important part of the pre-operative process and therefore, all potential patients in this office receive a thorough Pentacam evaluation.