Who Can Bioptic Lenses Help?

If you have landed on this site, then it’s likely that you fit into one of three categories. You either are an eye care professional, such as an optometrist or opthamologist, who regularly works with visually impaired patients, you yourself have low vision, or you’re a family member or close associate of someone who has impaired vision. Eye conditions that cause visual impairments may be congenital or genetic or attributable to a medical condition. 

You might have been drawn to our site because you’ve heard about the innovative Ocutech bioptic telescopic glasses we offer to improve visual acuity, restoring autonomy among individuals with certain diagnoses associated with poor vision. Below, we’ll delve a bit deeper into who Ocutech bioptic telescope lenses are best suited for.

Can Ocutech Bioptic Telescopes Help Me?

If you answer YES to the following four questions, then Ocutech Bioptic telescope lenses may be helpful to you:

Ocutech Bioptics Can Help People of All Ages

Age knows no limit when it comes to who may benefit from wearing bioptic telescopic glasses that we’ve developed here at Ocutech. The following are ways in which differently aged populations may benefit from using bioptic lenses:


who have enjoyed normal vision until later in their adult years may first notice difficulty reading small print and needing to move closer to see faces or to watch television. This diminishing visual acuity may make it where social events become less enjoyable and older individuals with limited vision may start to feel more isolated. Bioptic glasses can help you see more clearly and further away, allowing you to be more engaged in what’s going on.

Adults with reduced vision from acquired or congenital disorders, such as Retinitis Pigmentosa and Stargardt Disease, seek to maximize their potential to be independent. This often includes maximizing educational opportunities, travel needs, seeing at work, and connecting with friends and colleagues in both vocational and social settings. Not only can Ocutech bioptic telescopic glasses help you achieve improved socialization, but bioptics may also allow you to drive!

Children who are born with visual impairments may have never known normal vision. Their visual world may not extend much further than arm’s length, and, as a result, it may be difficult for them to fully engage in important childhood socialization activities. Problems seeing in the classroom can make academic success more challenging. Socialization, which benefits from the ability to see at a distance for activities such as sports, drama, movies, TV, video games, and just “hanging-out,” can make visually impaired children feel left out. Bioptics can help children engage with the world around them on a meaningful level.

Ocutech Bioptics Can Help Individuals With a Wide Range of Eye Conditions

Bioptic telescopes produced by Ocutech have the potential of improving the visual acuity of individuals who an optometrist diagnosed with any number of eye conditions, genetic (congenital) or acquired, such as:

Mild changes in pigmentation in the macula area of an individual with achromatopsia.


Achromatopsia and Cone-Rod Dystrophy

The retina, the rear membrane of the eye that converts the image inside the eye into neural impulses that are transmitted to the brain, contains photoreceptor cells called rods and cones. Rods, which work most well in low light and are sensitive to motion, are mostly concentrated in the periphery of the retina. Cones, which are mostly concentrated in the central macular area, are most sensitive in bright light and provide our color and detail vision. We read using the macula.

Individuals who are born with achromatopsia (a lack of color vision), which is also known as stationary cone dystrophy and rod monochromatism, have cones that do not function properly, leaving them with reduced visual acuity, reduced color vision and difficulty seeing in bright light. The degree of visual impairment can vary between “incomplete achromatopsia” where some color vision is retained and visual acuity may be as good as 20/80, or “complete achromatopsia” where none of the cones are functioning, there is no color vision, and visual acuity may be 20/200 or worse.

Individuals with achromatopsia often show mild to moderate changes in the macula area of the retina. However, especially early in the disease there may be no obvious changes in the appearance of the retina. Individuals with achromatopsia often have a pendular oscillating movement of the eyes called nystagmus. Symptoms of achromatopsia do not worsen over time and do not typically lead to blindness. Researchers have discovered several genes that may cause achromatopsia, however the CNGB3 is known to cause approximately 50% of known cases.

While individuals with achrompatophsia may not experience diminished vision during their lifetime, anyone who receives a cone-rod dystrophy diagnosis, terminology that’s used to refer to a grouping of genetic eye disorders, might.

As referenced above, individuals suffering from either one of these low vision disorders may benefit from using Ocutech bioptic telescopes to regain some degree of their loss of vision.

How Ocutech Bioptics Make a Big Difference for Individuals With Low Vision

Low vision care can be very effective in helping individuals with achromatopsia to lead very normal lives. Vision loss caused by achromatopsia responds very well to magnification, which can make reading, seeing signs, faces, the computer, TV, and even driving a possibility.

There is a wide range of optical, electronic and software magnification options, including Ocutech bioptic telescope lenses, to address many visual impairment needs. Every individual with achromatopsia should have a low vision examination by a doctor skilled in low vision rehabilitation to help identify the most appropriate options to enhance their visual functioning, academic and vocational potential and their personal quality of life.

Patients with Albinism are great candidates for bioptics.



Albinism is a genetic defect that doesn’t allow the body to produce or distribute melanin, a natural pigment that gives color to hair, skin, and the iris of the eye. About one in 17,000 people have albinism. One form of albinism, called oculocutaneous albinism (OCA)  causes individuals to have white or pink hair and skin, a very light blue iris, as well as difficulty seeing. Much more rare than OCA because it only affects the eyes is ocular albinism (OA). Someone diagnosed with OA will have a skin and hair color that’s similar to other family members or just slightly lighter than theirs.

 Individuals with albinism do not have clear vision due to an underdevelopment of the central part of the retina called the macula. The macula is responsible for sharp, detail vision which works most well in bright light. The retina has a notably pale-colored appearance because of the lack of pigment someone with albinism produces.

How Individuals With Albinism Respond Well to Low Vision Aids Like Ocutech Bioptics

Fortunately, individuals with albinism respond very well to receiving low vision care; especially if that involves their eye doctor, such as an opthamoloist or optometrist, prescribing bioptic telescopes. Bioptic telescopic lenses may provide individuals with albinism with close to normal vision, allowing them to see friends and family at a distance, the teacher and blackboard in school, read signs at a distance, and even see what’s on a computer screen. Ocutech bioptic lenses may even offer a person with albinism with a way to obtain a driver’s license!


When the eye is developing, the fetal neural eye structure wraps around and joins together in what eventually becomes the bottom of the eye. If the two sides do not combine completely, there can be gap in the iris (the colored part of the eye) called a coloboma. This congenital eye condition produces a keyhole-like appearance in the pupil. This incomplete closure can also affect the layers of the back of the eye (choroid and retina) and the optic nerve. The disorder can occur in one or both eyes. It is estimated that coloboma occurs in 0.5 to 0.7 per 10,000 births.

Vision loss from colobomas may vary from mild to severe depending upon its size and location. Occasionally other ocular malformations or disorders may be associated with coloboma including microphthalmia (a very small eye), glaucoma, nystagmus,strabismus (turned eyes or crossed eyes), or blind spots in the visual field.

How Low Vision Treatment Options Like Ocutech Bioptics Help Individuals With Coloboma

While there are currently no medical or surgical treatment available to treat the eye disorder coloboma, visual aids available to individuals with low vision, including bioptic telescope lenses, can provide significant functional gains for individuals with eye conditions like these. 

Generally, the magnification and illumination control that Ocutech bioptic telescopes allow for are used to enhance visual functioning for individuals with colobomas. Bioptic lenses may be customized (uniquely prescribed and formulated) or used in conjunction with other visual aids to help individuals with colobomas with: 

  • Reading

Strong reading glasses, optical and electronic magnifiers, and software to enlarge text on computer screens can  help an individual with coloboma read.

  • Illumination Control

Proper lighting that increases contrast but reduces glare can be very helpful in many circumstances. Specifically tinted wrap-around sunglasses that reduce brightness but increase contrast are often helpful outdoors. These are also available in versions that fit over prescription eyewear that may also be required.

  • Distance Vision

Conventional eyeglasses, while maximizing the focus on the back of the eye, may not provide adequate vision for seeing at a distance. The only options are to move close or to use telescopic devices to bring things closer optically. Bioptic telescopic lenses can be either handheld or spectacle mounted (bioptics). These bioptic telescopes can be very helpful to improve distance vision for watching TV or reading signs, or viewing a board in the front of a classroom, recognizing faces as part of everyday social engagement, and even for driving.

  • Special Artificial Iris Contact Lenses

In addition to the range of magnifying devices available for the visually impaired, special contact lenses with an artificial iris can produce a normally sized pupil that can help make vision sharper and reduce glare and light sensitivity that individuals diagnosed with coloboma often face.

Diabetic Retinopathy

Indivdiuals who have received a diabetes diagnosis also often receive a diabetic retinopathy one. Diabetic retinopathy causes progressive damage to the retina, the light-sensitive lining at the back of the eye.

Diabetic retinopathy is a serious sight-threatening complication of diabetes. Diabetes interferes with the body’s ability to use and store sugar (glucose). The disease is characterized by too much sugar in the blood, which can cause damage throughout the body, including the eyes.

Over time, diabetes damages the blood vessels in the retina. Diabetic retinopathy occurs when these tiny blood vessels leak blood and other fluids. This causes the retinal tissue to swell, resulting in cloudy or blurred vision. The condition usually affects both eyes. The longer a person has diabetes, the more likely they will develop diabetic retinopathy. If left untreated, diabetic retinopathy can cause blindness.

Common Diabetic Retinopathy Treatment Options

Treatment of diabetic retinopathy varies depending on the extent of the disease. People with diabetic retinopathy may need laser surgery to seal leaking blood vessels or to deter other blood vessels from leaking. Your optometrist might need to inject medications into the eye to decrease inflammation or stop the formation of new blood vessels. 

People with advanced cases of diabetic retinopathy might need a surgical procedure to remove and replace the gel-like fluid in the back of the eye, called the vitreous. Surgery may also be needed to repair a retinal detachment, which is a separation of the light-receiving lining in the back of the eye.

How Low Vision Aids Help With Vision Loss  Caused by Diabetic Retinopathy

Vision loss caused by diabetic retinopathy and from diabetic macular edema (swelling) can benefit from magnification, proper lighting and increased contrast. Low vision experts can help individuals with diabetic vision loss identify the proper equipment, such as bioptic telescopes, and techniques to help address the individual’s specific visual needs and goals.

Macular Degeneration

There are many other types of eye disorders that can be called “macular degeneration,” including juvenile macular degeneration (Stargardt’s Disease), macular holes, Best’s Disease, and epiretinal membranes (macular pucker). There are also numerous other eye disorders that can also affect central vision, including, but not limited to:

  • Albinism, 
  • Achromatopsia
  • Diabetes
  • Multiple sclerosis (MS)
  • Optic atrophy
  • Nystagmus
  • Micro-ophthalmia
  • Coloboma
  • Cone-rod dystrophy
  • Myopic degeneration

Fortunately, macular degeneration is limited to the central retina, so the peripheral retina, which is responsible for side (peripheral) vision and motion detection, remains intact. Individuals with age-related macular degeneration never experience complete blindness. In fact, individuals with this condition can usually walk and engage in most domestic activities with little difficulty due to their vision.

Learn more about Macular Degeneration from the National Eye Institute

Why Regular Eyeglasses Don’t Help Individuals With Macular Degeneration

When macular degeneration damages central vision, a person’s ability to see details is reduced, making print and signs difficult to read and faces difficult to identify. While at first, one might assume that an eyeglass prescription may need updating,  the eye’s focus is not the problem. The retina, which is the “screen” at the back of the eye that receives the image and converts it into neural impulses, is the portion of the eye that is not working properly.

Imagine visiting a movie theater and seeing the picture perfectly well. Now imagine that someone spreads black paint across all of the actors’ faces. Will changing the focus get rid of the black paint? Of course not. Now imagine that the camera zooms in for a close-up and now an actor’s face is 4 times larger. Now the black paint will cover just the actor’s nose, or cheek or eye, and, as a result, much more of the face becomes visible. So, what helps individuals with macular degeneration see better is making things larger, and helping them see at a distance? Bioptic telescopes lenses produced by Ocutech can offer a great visual solution for making such visual improvements.

Telescopic Lenses Options Available for Low Vision Disorders Like Macular Degeneration

As discussed above, patients often complain that they cannot see far enough away to perform whatever activity they have in mind. They must move closer in order to see it adequately. Of course, we may not always be able to move cose enough. That’s where telescopic low vision aids become so important. Bioptic telescope lenses bring everything closer optically without the user having to move closer.

Low vision bioptic telescopes can either be positioned above the user’s line of sight so that they can alternate their view between the carrier lens and the telescope (bioptic), or in a straight-ahead position for convenient use at closer distances. In either event, attaching telescopic lenses to eyeglasses frames makes magnified vision easy and convenient to use!

Macular Holes

A macular hole is a small break in the macula, located in the center of the eye’s light-sensitive tissue called the retina. The macula provides the sharp, central vision we need for reading, driving, and seeing fine detail. A macular hole can cause blurred and distorted central vision. Macular holes are related to aging and usually occur in people over age 60. The size of the hole and its location on the retina determine how much it will adversely affect a person’s vision.

Is a Macular Hole the Same as Age-Related Macular Degeneration?

No. Macular holes and age-related macular degeneration are two separate and distinct eye health conditions, although the symptoms for each are similar. Both conditions are common in people 60 and over. An eye care professional will know the difference.

What Causes a Macular Hole?

Most of the eye’s interior is filled with vitreous, a gel-like substance that fills about 80% of the eye and helps it maintain a round shape.

The vitreous contains millions of fine fibers that are attached to the surface of the retina. As we age, the vitreous matter slowly shrinks and pulls away from the retinal surface. Natural fluids fill the area where the vitreous has contracted. This is normal. In most cases, there are no adverse effects that result from this natural aging process. However, some patients may experience a small increase in floaters, which are little “cobwebs” or light specks that have a star-like appearance that seem to float about in your field of vision. 

However, if the vitreous is firmly attached to the retina when it pulls away, it can tear the retina and create a macular hole. Also, once the vitreous has pulled away from the surface of the retina, some of the fibers can remain on the retinal surface and can contract. This increases tension on the retina and can lead to a macular hole. In either case, the fluid that has replaced the shrunken vitreous can then seep through the hole onto the macula, blurring and distorting central vision. Macular holes can also occur with other eye disorders, such as high myopia (nearsightedness), injury to the eye, retinal detachment, and, rarely, macular pucker.

Is My Other Eye at Risk for a Macular Hole?

If a macular hole exists in one eye, there is a 10-15% chance that a macular hole will develop in your other eye over your lifetime. Your doctor can discuss your risk factors with you.

What Are the Symptoms of a Macular Hole?

Macular holes often begin gradually. In the early stage of a macular hole, people may notice a slight distortion or blurriness in their straight-ahead vision. Straight lines or objects can begin to look bent or wavy. Reading and performing other routine tasks with the affected eye become difficult.

How Is a Macular Hole Treated?

Although some macular holes can seal themselves and require no treatment, surgery is necessary in many cases to help improve the afflicted patient’s vision. In this outpatient surgical procedure performed under local anesthesia called a vitrectomy, the vitreous gel is removed to prevent it from pulling on the retina. It’s replaced with a bubble containing a mixture of air and gas. The bubble acts as an internal, temporary bandage that holds the edge of the macular hole in place as it heals.

How Bioptics Improve the Vision of Those With Macular Holes

Since the size of the macular hole is small and it’s edges are usually sharply defined, magnification can be very effective in helping individuals with macular holes see better. While conventional eyeglasses usually do not offer significant visual improvement. Very strong reading glasses, optical magnifiers and electronic magnifiers can also be very helpful. Ocutech bioptic telescopes are particularly useful for helping individuals with macular holes see at a distance and also when they engage in arm’s-length visual activities.

Myopic Degeneration

People with severe nearsightedness (high myopia) are at greater risk for myopic degeneration. Myopic degeneration commonly occurs during young adulthood and can lead to a gradual decrease in central vision. Vision can decrease more abruptly in a small percentage of patients. Although central vision may be lost, side (peripheral) vision usually remains unaffected. Remaining sight can still be very useful, and with the help of low vision optical devices, people with this  myopic degeneration can continue many of their normal activities. The causes of myopic degeneration are not clearly understood, but they may include biomechanical abnormalities or hereditary factors.

How Bioptics Allow Individuals With Myopic Degeneration To Lead Normal Lives

Vision loss caused by myopic degeneration responds very well to magnification which can make reading, seeing signs, faces, the computer, and TV and even driving a possibility. There is a wide range of optical, electronic and software magnification options to address virtually every need, including Ocutech bioptics Every individual with myopic degeneration should have a low vision examination performed by a doctor of optometry skilled in low vision rehabilitation to help identify the most appropriate options to enhance their visual functioning, academic and vocational potential, and their personal quality of life.


Nystagmus is a term to describe fast, uncontrollable movements of the eyes (fluttering) that may be:
  • Side to side (horizontal nystagmus)
  • Up and down (vertical nystagmus)
  • Rotary (rotary or torsional nystagmus)
The term “dancing eyes” has been used to describe nystagmus. Perhaps the most famous individual with Nystagmus is flutist James Galway. It hasn’t seemed to hamper him! Involuntary eye movements associated with nystagmus are caused by abnormal function in the areas of the brain that control eye movements. The part of the inner ear that senses movement and position (the labyrinth) helps control eye movements. There are two forms of nystagmus, including: Congenital Nystagmus: Individuals are born with this condition, such as in albinism Acquired Nystagmus: Develops later in life because of a disease or injury. Nystagmus eye movements can either be pendular (roughly equivalent speed in each direction) or jerk (where there is a fast movement in one direction and a slower recovery movement in the opposite direction). Pendular nystagmus is usually found in congenital nystagmus, while jerk Nystagmus is present in acquired nystagmus.

Improving a Nystagmus Patient’s Quality of Life With Distance Vision Aids Like Bioptics

Telescopes (monoculars) and versions mounted into eyeglasses (bioptic telescopes) can make distance vision almost as good as normal, allowing individuals with nystagmus to see their teacher, classmates and blackboard in class, read signs while shopping and traveling, read the computer, and play music, cards and board games at normal distances. For many individuals, bioptic lenses may also make them eligible to drive (see your state’s regulations to determine your eligibility and requirements). Nystagmus does not usually interfere with the effective use of telescopic devices. If the angle of movement is quite large, often Galilean telescopes with large eye lenses are most effective. If the angle of movement is less dramatic, Keplerian telescopes that offer wider fields of view, especially at higher powers, can be very useful. We make both of these types of bioptic lenses at Ocutech.

In Optic Atrophy, the optic nerve appears very pale.

Optic Nerve Disorders

Optic nerves, which contains 1.2 million fibers each, carry the neural impulses created by the retina to the brain to enable us to see. Disorders of the optic nerve are caused either by developmental (genetic or abnormal development) or acquired factors (trauma or disease).  Optic nerve disorders will always impact vision in some way and can affect one or both eyes. The optic nerve fibers from each eye combine at the optic chiasm located above the pituitary gland, located in the skull about an inch behind the bridge of the nose.  Defects to the optic nerve in front of the chiasm will affect vision in only that eye, while defects at the chiasm and beyond (toward the back of the head) will affect vision in both eyes. Optic nerve atrophy can be diagnosed during an examination of the eyes. In optic atrophy patients will show a:
  • Reduction in visual acuity
  • Loss or reduction in color vision (especially to red)
  • Abnormal pupil response (the pupil of the affected eye will not perform normally- called an afferent pupillary defect)
  • The optic nerve will appear pale in color

How Low Vision Care and Bioptic Lenses Can Help With Optic Nerve Disorders

Low vision care can be very effective in helping individuals with optic nerve disease to lead very normal lives. Vision loss caused by an optic nerve disease responds very well to magnification which can make watching TV, viewing details on a computer sceen, seeing street signs, reading, and operating a vehicle a possibility. While software or electronics that magnify can improve the vision of a person who suffers from an optic nerve disorder, so too can optical aids like Ocutech’s bioptic lenses. Individuals with suspected optic nerve diseases will want to receive a definitive diagnosis of their eye condition from an eye doctor, who should be able to recommend options for improving their visual health and functioning, to ensure optimal academic and vocational potential and an improved quality of life.

Retinitis Pigmentosa

This retina has Retinitis Pigmentosa. Note the dark “Bone Spicule” deposits in the peripheral retina.

Retinitis pigmentosa is a disorder of the rods. It reduces night vision and the ability to see to the side (peripheral vision), resulting in tunnel vision. Macular vision can remain near normal for a long period of time so often individuals with retinitis pigmentosa can read and walk in bright sunlight. Devices that expand the visual field (such as image minifiers and field viewers) can help individuals with their tunnel vision see more easily to the side, helping with mobility and other activities.

How Tunnel Vision Affects a Retinis Pigmentosa Patient’s Life and How Visual Aids Improve Their Plight

A normal visual field of each eye extends to approximately 80 degrees nasally (to the nose) and 90 degrees temporarily (to the ear). With both eyes together, a normally sighted individual can see an almost 180 degree field of view. (To understand what a degree is, extend your arm fully at shoulder height and bend your hand upward to the ceiling at the wrist—the width of your hand is approximately 10 degrees in diameter.) 

The peripheral retina is most sensitive to motion and sees best in low light (scotopic vision). It does not have the resolving power (highest visual acuity) of the macula (which is designed to provide our sharp, detail vision and works most well in bright light (photopic vision).

Individuals with tunnel vision from disorders such as retinitis pigmentosa, choroideremia, glaucoma, and strokes of the optic nerve (ischemic optic neuropathy) will note that they see more poorly at night and tend to bump into objects (for example door jams and low hanging branches) in their side vision. Tunnel vision usually develops slowly and individuals can learn to scan more to help them walk move safely. When fields of view become very narrow (perhaps 10 degrees diameter or less), sighted guides, long canes, and guide dogs become very helpful.

Optical devices that minify the image (like hotel room peep holes), sometimes called reversed telescopes, may also be of value. These make the image smaller, allowing more to be seen in the same amount of space. Ocutech makes three versions of optical minification devices—the Image Minifier, Field Viewer, and the Field Expander. As compared to reversed telescopes that produce barrel distortion and an unnatural image, Ocutech minification systems are designed to provide a sharp, flat image that is more natural, and easier to use.

Retinopathy of Prematurity

Retinopathy of prematurity (ROP) is an eye disease affecting prematurely born babies  who have received intensive neonatal care, and more specifically, situations in which oxygen therapy is used on them due to the premature development of their lungs. It is thought to be caused by disorganized growth of retinal blood vessels, which may result in scarring and retinal detachment.  ROP can be mild and may resolve spontaneously, but it also may lead to visual impairment and occasionally blindness in serious cases. As such, all preterm babies are at risk for ROP, and very low birth-weight is an additional risk factor. Both oxygen toxicity and relative hypoxia can contribute to the development of ROP.

How Does ROP Happen?

During development, blood vessels grow from the central part of the retina outwards. This process is completed a few weeks before the normal time of delivery. However, in premature babies it is incomplete. If blood vessels grow normally, ROP does not occur. If the vessels grow and branch abnormally, the baby develops ROP. These abnormal blood vessels may grow up from the plane of the retina and may bleed inside the eye. When the blood and abnormal vessels are reabsorbed, it may give rise to multiple band-like membranes which can pull up the retina, causing detachment of the retina and eventually blindness before six months.

Low Vision Care Like Bioptic Lenses Can Make a Big Difference for Those with Retinopathy of Prematurity

Like most eye conditions that affect visual acuity, various types of optical aids, Ocutech bioptics included, and also electronic devicesand software offer magnification options to address virtually every need.  Low vision examinations can provide individuals with suspected ROP with a definitive diagnosis. A definitive diagnosis can put you on the right path to being introduced to visual aids that can improve your overall quality of life.

Stargardt’s Disease

Retinal Photograph of Stargardt’s Disease.

Originally described by German ophthalmologist Karl Stargardt in 1901, for whom this eye conditionis named, Stargardt’s disease, which is also known as fundus flavimaculatus, is a retinal disorder that affects the macula early in life and hence is often also called juvenile macular degeneration or early onset macular degeneration. Unlike age-related macular degeneration, there is never a leakage of blood or fluid, though the same area of the retina (the macula) is affected. The macula is the central part of the retina that is responsible for providing sharp detail and color vision. As in age-related macular degeneration or macular dystrophy, Stargardt’s disease does not affect the peripheral retina and, as a result, individuals do not lose all of their vision. They can usually walk and engage in general activities with little difficulty. Reading and seeing details, such as signs and faces at a distance, are, however, affected. Stargardt’s disease affects over 30,000 individuals in the US and occurs in approximately one in 10,000 individuals. Stargardt disease is the most common cause of macular degeneration and central visual loss in young people. It often develops in the teens or twenties, in both genders, but may develop in younger children and even sometimes later in life. It affects both eyes, though one may be worse than the other. In certain more rare types the peripheral vision may also be affected. Vision loss tends to progress rapidly at first, but usually stabilizes at about 20/200 (6/60) visual acuity.

Visual Aids Like Bioptics Can Improve a Stargardt Disease Patient’s Sight 

Vision loss from Stargardt’s disease responds very well to magnification which can make reading, seeing signs, faces, the computer, TV and even driving a possibility. There is a wide range of optical, electronic and software magnification options to address virtually every need. Individual with apparent Stargardt’s disease should consult with a doctor skilled in low vision rehabilitation to determine what are the most appropriate options to enhance their visual acuity, allowing them to have a more fulfilling life.

Ocutech Bioptics Are Offered by Prescription Only

Whether you suffer from one of the visual impairments that causes low vision as described above or perhaps a different one, there are a variety of bioptics that we manufacture at Ocutech that can improve any number of sight-impacting concerns you may have. Like eyeglasses, bioptic telescopes we produce are only available by prescription. Continue reading through the material on our website to apprise yourself of the benefits associated with bioptic lenses then reach out your optometrist to discuss your potential interest with them.