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Cascadia Eye Care

• 17777 Lower Boones Ferry Rd.
• Lake Oswego, OR, 97035

Optomap Retinal Digital Photo Exam

This method of examining and documenting the retina gives a panoramic and more detailed view of the retina than is possible with conventional methods used by clinics that choose not to offer this advanced option. It is a non-invasive procedure which allows instant viewing of the retinal images by both the doctor and the patient without the use of dilation drops. These images serve a dual purpose; first for documenting any existing eye disease and second for establishing baseline images to compare against any future possible changes. We believe the screening with digital retinal images promotes earlier diagnosis of many abnormal eye conditions, many of which can lead to permanent vision loss or blindness if not caught and treated in a timely manner.

Optomap Retinal Digital Photo Exam

This method of examining and documenting the retina gives a panoramic and more detailed view of the retina than is possible with conventional methods used by clinics that choose not to offer this advanced option. It is a non-invasive procedure which allows instant viewing of the retinal images by both the doctor and the patient without the use of dilation drops. These images serve a dual purpose; first for documenting any existing eye disease and second for establishing baseline images to compare against any future possible changes. We believe the screening with digital retinal images promotes earlier diagnosis of many abnormal eye conditions, many of which can lead to permanent vision loss or blindness if not caught and treated in a timely manner.

Cirrus HD OCT (Optical Coherence Tomography)

This state of the art technologically advanced instrument creates a detailed 3-D image of the retinal nerve fiber layer and optic nerve; (the tissue that is damaged by glaucoma). This instrument also images the separate layers of the macula that are unable to be observed by more traditional methods for diagnosing and following macular degeneration. It allows us to objectively view and evaluate the retinal nerve fiber layer, optic nerve, macula, and other retinal pathologies. We are among only a handful of eye care professionals that offer this procedure in office.

Cirrus HD OCT (Optical Coherence Tomography)

This state of the art technologically advanced instrument creates a detailed 3-D image of the retinal nerve fiber layer and optic nerve; (the tissue that is damaged by glaucoma). This instrument also images the separate layers of the macula that are unable to be observed by more traditional methods for diagnosing and following macular degeneration. It allows us to objectively view and evaluate the retinal nerve fiber layer, optic nerve, macula, and other retinal pathologies. We are among only a handful of eye care professionals that offer this procedure in office.

Reichert 7 – Auto Tonometer (New Soft & Quiet Air Puff)

This instrument measures the fluid pressure inside the eye providing a vital test for the detection of Glaucoma using only a slight puff of air to touch the eye. With this being the latest technologically advanced instrument, we can  ensure our patients the softest air puff possible and highest level of comfort.

Reichert 7 – Auto Tonometer (New Soft & Quiet Air Puff)

This instrument measures the fluid pressure inside the eye providing a vital test for the detection of Glaucoma using only a slight puff of air to touch the eye. With this being the latest technologically advanced instrument, we can  ensure our patients the softest air puff possible and highest level of comfort.

Computerized Visual Fields

With the Computerized Visual Fields instrument, the doctor can detect more eye diseases than any instrument in our clinic. The findings from the tests done with this instrument enable the doctor to determine if there is any retinal disease and if there is any disease process behind the eye, all the way to the back of the brain. Because these conditions can develop at any age, a Computerized Visual Fields test is included in our comprehensive eye exam, every year, for all patients.

Computerized Visual Fields

With the Computerized Visual Fields instrument, the doctor can detect more eye diseases than any instrument in our clinic. The findings from the tests done with this instrument enable the doctor to determine if there is any retinal disease and if there is any disease process behind the eye, all the way to the back of the brain. Because these conditions can develop at any age, a Computerized Visual Fields test is included in our comprehensive eye exam, every year, for all patients.

Auto Lensometer

The Auto Lensometer is used to get an accurate measurement of your current eye glasses whether they are single vision, bifocal, trifocal or no-line bifocal (progressive) lenses.

Topographer

No two fingertips are identical and the same is true for your eyes, especially cornea (the clear tissue that a contact lens sits upon). Your cornea has its own distinct shape and texture, just like a fingerprint. So it makes sense that a contact lens should mirror the corneas.

At Cascadia Eye Care we offer WAVE Contact Lenses, which are custom designed from your corneal “fingerprint”. WAVE’s special video camera and software digitally maps your cornea with thousands of numbers. Our doctors use the map data and Wave’s special design software to create a custom lens that follows almost every tiny shape on your cornea. In the width of a hair, there may be as many as 10 distinct curves on the back of the lens. With so many curves, WAVE lenses offer unrivaled comfort and sharper optics. Many unsuccessful contact lens wearers are now successful with WAVE lenses.

Topographer

No two fingertips are identical and the same is true for your eyes, especially cornea (the clear tissue that a contact lens sits upon). Your cornea has its own distinct shape and texture, just like a fingerprint. So it makes sense that a contact lens should mirror the corneas.

At Cascadia Eye Care we offer WAVE Contact Lenses, which are custom designed from your corneal “fingerprint”. WAVE’s special video camera and software digitally maps your cornea with thousands of numbers. Our doctors use the map data and Wave’s special design software to create a custom lens that follows almost every tiny shape on your cornea. In the width of a hair, there may be as many as 10 distinct curves on the back of the lens. With so many curves, WAVE lenses offer unrivaled comfort and sharper optics. Many unsuccessful contact lens wearers are now successful with WAVE lenses.

Auto Refractor

The Auto Refractor is a computerized instrument that measures the amount of nearsightedness, farsightedness and astigmatism with no response from our patient. The doctor uses the information from this instrument as a starting point to evalute his patent’s eye sight. It is included in our yearly eye health exam as these values can change due to growth, stress, disease and degeneration.

I-Terminal II

Your face and your frames affect your vision. See how technology by ZEISS brings it all together.

Proper lens placement within your chosen frames is as important as an accurate prescription. Proper lens positioning minimizes headaches, incorrect body posture, and eye strain. Many details need to be taken into account, such as the distance between the eyes and pupils, the proportions of the face, the tilt and wrap of the frames, and even posture, to accurately position the lenses within the frames. Without these measurements, up to 40% of valuable visual acuity can be lost. This is important for single vision lenses and especially important for progressive lenses.

With the i.Terminal 2 by ZEISS, all of the necessary measurements are captured in only 60 seconds—to a precision of 1/10th of a millimeter–to create lenses made for your unique features.

Lenses that are precisely personalized for your face, frame, and prescription will provide you with:

• Better fitting lenses
• Optimum vision
• Reduced eye strain

I-Profiler Plus

And suddenly you see more.

Every eye is as unique as a human fingerprint. With i.Profilerplus® by ZEISS more than 2,500 reference points within your eye are examined to produce an extremely detailed vision profile. Unlike traditional exams, varying light conditions are also taken into account to provide customized vision—both day and night. This comprehensive information is used to create a refined prescription or i.Scription®, that perfectly matches your unique vision profile. The resulting eyeglass lenses are produced to an accuracy far higher than seen in traditional eyeglass lenses and are personalized especially for your unique vision needs.

As a result, vision problems, such as blurry vision, halo effects, and visual discomfort can be recognized and improved. Eyeglass lenses with i.Scription technology can improve color and contrast, as well as vision at night and in low-light—giving you your best vision possible.

ZEISS precision lenses with i.Scription technology for better vision.

LipiFlow Technology

LipiFlow is a treatment device specifically designed for effectively removing blockages from the meibmomian glands, allowing them to properly function and produce the oils that make up the top protective lipid layer of the tear film. Supported by 37 patents and used around the world by leading eye care professionals, LipiFlow is fast becoming the standard of care for MGD with studies demonstrating its safe and effective results. LipiFlow was designed to minimize patient discomfort during a 12 minute in-office treatment that most patients describe as a gently massaging of the eye lids.

Tear Lab (for dry eyes)

Tear Lab is a tear analysis test used in the diagnosis of dry eye disease. It helps differentiate between the various forms of the disease so treatment can be appropriately directed.
A sample of the tears is taken from each eye using the Tear Lab device to measure tear osmolarity (the saltiness of the tears). As tear osmolarity increases, ocular surface cells become damaged. The amount of tear sample needed is no larger than the period at the end of this sentence.