Why Are My Eyes Always Dry? What Causes Dry Eyes and How Can They Be Treated?

Why Are My Eyes Always Dry What Causes Dry Eyes and How Can They Be Treated

Why Are My Eyes Always Dry What Causes Dry Eyes and How Can They Be Treated

Reviewed by Dr Diymitra K Ganasan, Refractive Surgeon of OasisEye Specialists | Last updated: September 2026


 

What is a Dry Eye?

Dry eye is a common eye surface condition in which the tear layer that normally keeps the eye smooth, comfortable and clear becomes unstable, insufficient or poor in quality, causing irritation, fluctuating vision, watering or discomfort.

 

Why Dry Eye Matters

Your tears are not just “water.” They form a thin protective layer over the front of the eye so that each blink can spread moisture evenly, keep vision clear and reduce friction between the eyelid and the eye surface. When this layer breaks up too quickly or is not produced well enough, the eye surface can become irritated, inflamed and sensitive.

Dry eye is a common condition. The Tear Film & Ocular Surface Society Dry Eye Workshop II Epidemiology Report 2017 reported that dry eye disease prevalence varies widely, from 5% to 50%, depending on the population and diagnostic method used. The subsequent latest TFOS DEWS III guidelines also reaffirmed that dry eye disease is prevalent globally. In a Malaysian community pharmacy-based study, dry eye disease prevalence was reported at 37.78% among surveyed participants, showing that this is a relevant local issue too.

Dry eye can affect office workers, screen users, contact lens wearers, people exposed to air-conditioning, older adults, patients with autoimmune disease and patients preparing for or recovering from eye procedures such as cataract or refractive surgery. It is usually manageable, but the best treatment depends on the cause.

 

Causes and risk factors

Dry eye usually happens for one of two simple reasons: either the eyes do not make enough tears or the tears evaporate too quickly. Many patients have a mixture of both. The TFOS DEWS III 2025 guidelines note that people with dry eye often have overlapping causes, including oil gland problems and reduced tear production.

  • Blocked or weak eyelid oil glands: Your eyelids contain tiny oil glands that add an oily layer to the tears; when this layer is poor, tears evaporate too quickly. This is called meibomian gland dysfunction.
  • Not producing enough watery tears: Some people do not produce enough of the watery part of the tears, so the eye surface is not kept moist enough. This is called aqueous-deficient dry eye.
  • Long screen time and reduced blinking: When focusing on screens, reading or driving, people often blink less fully or less often, so the tear layer is not spread evenly.
  • Air-conditioning, fans, dry air, smoke, haze, and wind: These conditions can increase tear evaporation. In the Klang Valley study, 76% of dry eye patients felt uncomfortable in air-conditioned or low-humidity areas, and 73% reported discomfort in windy conditions.
  • Contact lens wear: Contact lenses sit on the tear layer and may make symptoms worse if the tear film is already unstable.
  • Age and hormonal changes: Tear production and oil gland function can change with age; the TFOS DEWS III 2025 guidelines found that dry eye prevalence increases with age and is higher in women, especially with age.
  • Certain medications: Some medicines for allergies, mood stabilisers, blood pressure, glaucoma, menopause and pain may contribute to dry eye symptoms.
  • Medical conditions: Autoimmune disease, thyroid eye disease, eyelid inflammation and some neurological or endocrine conditions can be associated with dry eye.
  • Eye surgery or eye procedures: LASIK, cataract surgery, corneal surgery and other eye procedures can increase dry eye risk in some patients, especially if the eye surface was already borderline before surgery.
  • Eyelid inflammation and debris around the lashes: Inflammation along the eyelid margin can block oil flow into the tears and increase evaporation.

 

Staging and classification

Dry eye is not usually “staged” in the same way as other diseases such as cancer. In a clinic, it is more practical to classify dry eye by severity and by cause.

In the Klang Valley community pharmacy study, the reported distribution was 40.3% mild, 30.5% moderate, and 29.5% severe among participants identified with dry eye, which may reflect the specific group being surveyed.

Mild dry eye usually means symptoms happen mainly during triggers such as screen use, air-conditioning, wind, or contact lens wear. Vision may fluctuate, but symptoms may settle with simple measures and suitable lubricating drops.

Moderate dry eye usually means symptoms are more frequent and may affect reading, night driving, work, contact lens comfort or daily activities. Patients may need treatment for eyelid oil glands, inflammation or tear conservation rather than lubricant drops alone.

Severe dry eye usually means symptoms are frequent, intense or persistent and the eye surface may show more obvious inflammation or damage. Management often requires closer follow-up, prescription treatment and sometimes in-clinic procedures or advanced therapies.

Dry eye can also be classified by cause:

Evaporative dry eye means the tears evaporate too quickly, commonly due to poor eyelid oil gland function.

Aqueous-deficient dry eye means the eye does not produce enough watery tears.

Mixed dry eye means both problems are present, which is common in real patients.

 

Signs and symptoms

What only a clinician can detect

An eye specialist can look for signs that are not always obvious to patients at home, including:

  • A tear layer that breaks up too quickly between blinks
  • Reduced tear volume
  • Staining on the eye surface, which shows irritated or damaged surface cells
  • Inflamed eyelid margins
  • Blocked or thickened oil from the eyelid glands
  • Poor eyelid closure or incomplete blinking
  • Tear film imbalance using clinic-based tests such as tear osmolarity or surface staining

The TFOS DEWS III Diagnostic Methodology Report, 2017, recommends symptom screening followed by clinical tests such as tear breakup assessment, tear osmolarity, and eye surface staining, with further assessment of meibomian gland function, tear volume and lipid layer behaviour to guide classification.

What a patient might notice at home

Patients often describe dry eye in very practical terms:

  • A gritty, sandy or foreign-body feeling
  • Burning, stinging or soreness
  • Redness
  • Watery eyes, even though the eyes feel dry
  • Blurry vision that clears temporarily after blinking
  • Light sensitivity
  • Eye tiredness after screen use or reading
  • Contact lens discomfort
  • Stringy mucus or eyelid crusting
  • Symptoms that worsen in air-conditioning, wind, haze or after long screen use

In the Klang Valley study, the most commonly reported symptoms among dry eye patients were sensitivity to light at 74% and blurry vision at 70%; many also reported difficulties with night driving and reading.

Please seek an eye assessment if symptoms are persistent, worsening, associated with pain, light sensitivity, discharge, reduced vision, difficulty opening the eyes or if symptoms occur after eye surgery or eye injury.

 

Treatment options

Dry eye treatment works best when it is matched to the cause. Some patients need only simple changes and lubricants; others need treatment for eyelid oil glands, inflammation, tear production or tear drainage. The TFOS DEWS III Management and Therapy Report, 2025, describes a stepwise treatment approach because no single treatment works for every patient.

Treatment TypeCore Mechanism & ActionTarget Dry Eye Type/ SeverityLimitations
Lifestyle & Environmental ChangesAdjusts environment to minimize tear evaporation (screen breaks, blink more, adjusting AC airflow).Mild, episodic, or trigger-related dry eye.Reduces flare-ups but does not resolve severe gland loss or structural dysfunction.
Artificial Tears, Gels, & OintmentsSupplements the tear film layers and reduces friction across the ocular surface.Mild cases; temporary symptomatic relief for all stages.Provides temporary relief; does not treat underlying causes like inflammation.
Eyelid Hygiene & Warm CompressesMelts and mobilizes stagnant lipid secretions inside the meibomian glands.Eyelid inflammation (Blepharitis) and Meibomian Gland Dysfunction (MGD).Requires long-term patient compliance; may not fully unblock chronically scarred oil glands.
Underlying Disease TreatmentResolves systemic, dermatological, or medication-induced triggers (e.g., thyroid eye disease, ocular allergies).Secondary dry eye driven by external systemic factors.Success depends entirely on controlling the root chronic condition.
Prescription Anti-Inflammatory DropsSuppresses the chronic ocular surface inflammatory cycle (e.g., Cyclosporine, short-term Corticosteroids).Moderate to Severe dry eye presenting with persistent surface inflammation or staining.Therapeutic response takes time; steroid eye drops require strict supervision due to side effects.
In-Clinic Gland TreatmentsDeep clearance of oil glands using advanced heat, pulsation, or light technology (e.g., IPL, IRPL)Evaporative dry eye caused by Meibomian Gland Dysfunction (MGD).Clinical outcomes vary; severe, long-term gland atrophy may not be fully reversible.
Punctal Plugs & Tear ConservationOccludes the micro-drainage channels to retain natural tears and lubricants on the eye surface.Aqueous-deficient dry eye with low tear volume.Inconclusive evidence for widespread symptom relief; if active surface inflammation is unmanaged.
Advanced Surface TherapiesSpecialized barriers and biological healing factors (e.g., Scleral Lenses, Autologous Serum drops).Severe, refractory dry eye disease with significant corneal epithelial damage.High cost; requires specialist customization, intensive monitoring, and specialized handling.
Nutritional SupplementsDietary fatty acid supplementation (e.g., Omega-3) targeting systemic lipid and inflammation pathways.General adjunctive eye health support.Mixed scientific consensus.

 

Screening and prevention

Dry eye cannot always be fully prevented, because age, medical conditions, medications, eyelid anatomy and eye surgery history may all play a role. However, many patients can reduce flare-ups and identify problems earlier.

A practical dry eye screening visit may include symptom questions, tear stability assessment, surface staining, eyelid gland evaluation, tear volume assessment and review of medications, contact lens use, screen habits and work environment. The TFOS DEWS III Diagnostic Methodology Report, 2025, supports using symptom screening together with clinical tests because symptoms and signs do not always match perfectly.

Patients may reduce dry eye triggers by avoiding direct air-conditioning or fan airflow to the face, taking breaks during prolonged screen use, blinking fully, managing contact lens wear, removing eye makeup properly, treating eyelid inflammation early and seeking assessment before procedures such as refractive or cataract surgery. These steps are especially relevant in Malaysia, where indoor air-conditioning is common; in the Klang Valley study, 76% of dry eye patients reported discomfort in air-conditioned or low-humidity areas.

For refractive surgery patients, dry eye screening is especially important because an unstable tear layer can affect comfort, measurements and recovery. Your specialist will determine suitability and preparation based on current clinical guidelines and your individual eye surface condition.

Dry Eyes explained by Dr Diymitra K Ganasan

Frequently Asked Questions (FAQ)

Eye drops may replace moisture temporarily, but they may not fix the reason your tears are unstable. If the eyelid oil glands are blocked, if there is inflammation or if the eye is exposed to strong air-conditioning or long screen hours, symptoms can return after the drops wear off. A dry eye assessment helps identify whether you need lubricant drops only or treatment for the underlying cause.

Watery eyes can happen when the eye surface is irritated. The eye responds by producing extra watery tears, but these tears may not have enough oil to stay on the eye surface. As a result, the eyes can water and still feel dry. Cleveland Clinic explains that watery eyes can occur when the oil layer is insufficient and the watery layer evaporates too quickly.

Yes. Dry eye can cause blurry or fluctuating vision because the tear layer is the first smooth surface that light passes through before entering the eye. If the tear layer breaks up between blinks, vision may blur and then clear again temporarily after blinking. In the Klang Valley study, blurry vision was reported by 70% of dry eye patients.

Dry eye is often a chronic condition, so the goal is usually long-term control rather than a guaranteed permanent cure. Some cases improve significantly when the trigger is treated, such as eyelid inflammation, contact lens intolerance, medication-related dryness or post-surgical dryness. Other cases require ongoing maintenance because symptoms can recur.

Good hydration supports general health, but dry eye is usually not just a simple lack of water in the body. It may involve oil gland blockage, tear evaporation, inflammation, eyelid problems, medications or medical conditions. Drinking enough water may help overall wellbeing, but persistent dry eye usually needs a proper eye surface assessment and targeted treatment.

You should arrange an eye assessment if symptoms are persistent, worsening, painful, affecting reading or driving, associated with light sensitivity, causing blurred vision or not improving with lubricating drops. You should also seek care if dry eye symptoms occur after eye surgery, eye injury, contact lens problems or alongside discharge or marked redness.

Medical Disclaimer

This article is for general informational purposes only and is not a substitute for a personalised consultation with a qualified ophthalmologist. Individual risk factors vary, and only a comprehensive eye examination can determine your suitability for laser eye surgery.



References

  1. Pang, H. M., Yau, M. Q., Aftab, R. A., Sellappans, R., & Tan, B. K. (2025). Prevalence, severity, and treatment of dry eye disease among patients presenting at community pharmacies in Klang Valley, Malaysia. Pharmacy Practice, 23(3), 1–13. https://www.pharmacypractice.org/index.php/pp/article/view/3258
  2. Stapleton, F., Alves, M., Bunya, V. Y., Jalbert, I., Lekhanont, K., Malet, F., Na, K. S., Schaumberg, D., Uchino, M., Vehof, J., Viso, E., Vitale, S., & Jones, L. (2017). TFOS DEWS II Epidemiology Report. The ocular surface, 15(3), 334–365. https://doi.org/10.1016/j.jtos.2017.05.003

Understanding Contact Lenses and Dry Eye

Understanding Contact Lenses and Dry Eye

Understanding Contact Lenses and Dry Eye

If you wear contact lenses, or are thinking about trying contact lenses, you might have heard about dry eye as a potential concern. But what’s the connection between contact lenses and dry eye? Let’s break it down in simple terms so you can make the best choice for your eyes.

 

What is Dry Eye?

Dry eye is a condition where your eyes don’t produce enough tears, or the tears evaporate too quickly. This can cause discomfort or even blurry vision.

 

Some Reasons Why Contact Lenses Can Cause Dry Eye

For many people, contact lenses are a convenient alternative to glasses. But for others, they can cause or worsen dry eye symptoms. Here’s how:

1. Increased Tear Evaporation

Contact lenses sit directly on the eye, creating a barrier between your tear film and the air. It leads to a thinner tear film with a higher rate of evaporation.

2. Absorbing Moisture

Contact lenses absorb tears from your eyes to keep themselves hydrated. This can leave your eyes dry and less comfortable.

3. Reduced Oxygen Flow to the Eyes

Contact lenses may block oxygen from getting to your eyes. Think of it like your skin—when it doesn’t get enough air, it can become dry and flaky.

4. Poor Hygiene Lens Deposits and Build-Up

Over time, proteins, lipids and debris can build up on contact lenses. This may make tears less effective in moisturising the lens. The condition worsens when one does not clean the lenses properly.

5. Reduced Blink Rate

When wearing contact lenses, some people blink their eyes less frequently, which can reduce the spread of tears across the eye’s surface.

Some Reasons Why Contact Lenses Can Cause Dry Eye.

Tips to Prevent or Relieve Dry Eye in Contact Lenses Wearer

1. Use the Right Contact Lenses. 

Generally, wearing daily disposable lenses is less likely to cause dry eye since you start with a fresh pair of lenses every day. However, different lens materials also play a vital role in retaining moisture.

2. Use Rewetting Drops. 

Applying preservative-free artificial tears can retain the contact lenses’ material and eye moisture. 

3. Practice Good Hygiene. 

Cleaning, storing, and rinsing your lenses properly is a key to prevent the buildup of protein or deposits that could worsen dry eye. 

4. Limit your Wearing Time. 

Take a break in between if you are wearing contact lenses for more than 8 hours a day. Besides, give your eyes a break by switching to glasses during your rest day. 

 

When to See an Eye Care Professional

If your dry eye symptoms persist, dry eye services are available at the following locations; Nexus Bangsar South, Cheras, Shah Alam, Seremban, Kuching, Johor Bahru, and Penang.

Besides, attending a contact lens fitting clinic is recommended if you are having problems finding suitable contact lenses. Prevention is always better than cure. 

Understanding Contact Lenses and Dry Eye

If you wear contact lenses, or are thinking about trying contact lenses, you might have heard about dry eye as a potential concern. But what’s the connection between contact lenses and dry eye? Let’s break it down in simple terms so you can make the best choice for your eyes.

What is Dry Eye?

Dry eye is a condition where your eyes don’t make enough tears, or the tears evaporate too quickly. This can cause discomfort or even blurry vision.

Woman applying a contact lens with a focused expression.

Some Reasons Why Contact Lenses Can Cause Dry Eye

For many people, contact lenses are a convenient alternative to glasses. But for others, they can cause or worsen dry eye symptoms. Here’s how:

  • Increased Tear Evaporation

Contact lenses sit directly on the eye, creating a barrier between your tear film and the air. It leads to a thinner tear film with a higher rate of evaporation.

  • Absorbing Moisture

Contact lenses absorb tears from your eyes to keep themselves hydrated. This can leave your eyes dry and less comfortable.

  • Reduced Oxygen Flow to the Eyes

Contact lenses may block oxygen from getting to your eyes. Think of it like your skin—when it doesn’t get enough air, it can become dry and flaky.

  • Poor Hygiene Lens Deposits and Build-Up

Over time, proteins, lipids and debris can build up on contact lenses. This may make tears less effective in moisturising the lens. The condition worsens when one does not clean the lenses properly.

  • Reduced Blink Rate

When wearing contact lenses, some people blink eyes less frequently, which can reduce the spread of tears across the eye’s surface.

Young boy playfully pointing at his nose with wide eyes.

Symptoms of Contact Lens-Induced Dry Eye

  • Redness and irritation
  • A gritty or burning sensation
  • Blurred vision
  • Excessive tearing (a reflex response to dryness)
  • Sensitivity to light

Tips to Prevent or Relieve Dry Eye in Contact Lenses Wearer

 
  1. Use the Right Contact Lenses. 

    Generally, wearing daily disposable lenses are less prone to dry eye since you start with a fresh pair of lenses every day. However, different lens materials also play a vital role in retaining moisture.

  2. Use Rewetting Drops. 

    Applying preservative-free artificial tears can retain contact lenses’ material and eye moisture. 

  3. Practice Good Hygiene. 

    Cleaning, storing, and rinsing your lenses properly is a key to prevent the buildup of protein or deposits that could worsen dry eye. 

  4. Limit your Wearing Time. 

    Take a break in between if you are wearing contact lenses for more than 8 hours a day. Besides, give your eyes a break by switching to glasses during your rest day. 

  5. Consider Alternative Vision Correction

    If dry eye persists despite these measures, you may want to speak to an ophthalmologist to discuss about options like ICL, LASIK, SMILE pro or TransPRK

When to See an Eye Care Professional?

If your dry eye symptoms persist, dry eye services are available at the following locations; Nexus Bangsar South, Cheras, Shah Alam, Seremban, Kuching, Johor Bahru, and Penang.

Besides, attending a contact lens fitting clinic is recommended if you are having problems finding suitable contact lenses. Prevention is always better than cure. 

Dry Eye Disease: Assessment & Treatment

Dry eye is a disease of the tear film that involves the ocular surface. To understand dry eye disease, it’s crucial to explore throughout the tear film. 

The tear film consists of three layers: 

  • Lipid layer: as a barrier to stop tear from evaporating
  • Aqueous layer: waste is removed and flushed out of the eye’s surface
  • Mucin layer: as a protective lubricant, ensuring smooth tear distribution across the eye’s surface. 

With each blink, a protective layer of tears is distributed. Any malfunction within this system will lead to dry eye disease.

Close up view of an eye, emphasizing the tear film, cornea, and lens to illustrate ocular anatomy.

How would I know if I have Dry Eye Disease?

Do you recall when ophthalmologists diagnosed dry eye with a slit lamp and treated it with only artificial tears? Those days when the options of treating dry eye disease were limited, addressing dry eye disease had a relatively lower efficiency. Nowadays, our knowledge of ocular surface disease has grown to encompass advanced and highly specialized testing.

Here is a list of the modernising testing techniques that ophthalmologists use for dry eye disease diagnosis. 

Dye staining of cornea and conjunctiva

Sodium fluorescein dye would be the most common dye being used for checking epithelial cells integrity. This yellow dye helps to stain and localise the dry spot on the cornea, and it is also useful for tear break-up time assessment and epithelial basement membrane dystrophy (EBMD) evaluation. 

Eye surface stained with sodium fluorescein dye under cobalt blue light, highlighting areas of dryness and damage for dry eye disease assessment.

While other dyes such as Lissamine green and Rose bengal are preferred for conjunctival staining. They could assess the inflammation of the ocular surface by staining dead cells on the cornea and bulbar conjunctiva.

Lid expression

Gentle pressure applied to the lid margin to assess the meibomian gland function is recommended to assess eyelid health. Those white clogs indicate blockage of the meibomian gland. As a result, lesser lipids are secreted and tears will be easily evaporated.

Close up view of meibomian gland dysfunction showing white clogs along the eyelid margin, indicative of blocked glands affecting tear production.

Meibography

Meibography with infrared imaging techniques allows assessment of meibomian gland structure and identification of gland loss. Losing of meibomian glands will greatly reduce the amount and quality of the tear lipid layer.

Comparison of meibomian gland structure in normal, shortened, and gland loss conditions using meibography, showcasing changes in tear lipid layer secretion.

Blinking quality

Habit of incompletely blinking, or diseases that cause difficulty in closing eyes completely also causes dry eye disease. The tears distribution and exposed tears surface are causing tears to be easily evaporated. 

Detailed image of an eyelid with partially closed eyes, highlighting incomplete blinking which can contribute to tear evaporation and dry eye disease.

Tear lipid layer thickness assessment

It measures the stability of the lipid layer and likelihood of evaporative dry eye by assessing the interference pattern produced by the inner and outer surfaces of the lipid layer in tear film.

Microscopic view of tear lipid layer interference patterns on the cornea, showing the stability of the tear film in assessing evaporative dry eye.

Tear break up time

It can be tested via sodium fluorescein dye or an non-invasive way, using placido disc. The break up zone of the tears can be visualised and the time it takes for the tears to break is recorded.  A shorter break up time indicates more severe dry eye disease.

Infrared imaging of an eye using a placido disc to evaluate tear break up time, demonstrating the effectiveness of advanced diagnostics for dry eye management.

Tear meniscus measurement

It accesses the volume of tears. It can be measured using infrared or visible light.

Close up view of the lower eyelid highlighting the tear meniscus for assessing tear volume and dry eye conditions.

 

When Every Assessment Combines into One Single Measurement…

Advanced eye diagnostic devices, including C.DIAG and I-DRA, used for non invasive assessment of dry eye disease and meibomian gland function.

C.DIAG and I-DRA, are both equipped in OasisEye Specialists, are non-invasive dry eye diagnostic aids. They could provide one step assessment in analysing the patient’s tear film, meibography and anterior eye structure imaging. Referring from the results, the ophthalmologist could offer treatment to address the causes of dry eye disease.

They are well known for:

  • Non-invasive (no dye required)
  • Quick
  • Automated analysis
  • Imaging function available

 

Which Types of Dry Eye Disease Do I Have? 

Dry eye disease can be classified into two main types: aqueous deficient dry eye and evaporative dry eye.  

Illustration of an eye with a focus on tear drops symbolising eye hydration and dry eye treatment

Aqueous deficient dry eye

The following factors can lead to aqueous deficient dry eye:

  • Aging
  • Sjogren syndrome
  • Laser eye surgery
  • Tear gland damage 
  • Contact lens wear

These clinical findings suggest for aqueous deficient dry eye:

  • Corneal staining
  • Reduced tear break up time
  • Low tear meniscus

Evaporative dry eye

The following factors can lead to evaporative dry eye:

  • Windy conditions or dry air 
  • Reduced blink rate, results from long hours of near work or driving 
  • Lack of lipid or abnormal quality of lipid due to blocked meibomian glands or eyelid diseases (e.g. blepharitis, meibomianitis)

These clinical findings suggest for evaporative dry eye:

  • Corneal staining
  • Reduced tear break up time
  • Partial blinker/ Incomplete closure of eyelids
  • Meibomian gland blockage or loss
  • Reduced tear lipid layer thickness

What are the treatments for Dry Eye Disease?

The treatments aim to address the root cause of the dry eye disease. The options include:

  • Artificial tears 

Not only to lubricate and nourish your eyes but some artificial tears are also formulated for extra protection against tear evaporation and decrement of ocular inflammation. Hence it’s important to identify the underlying reasons for dry eye disease with an ophthalmologist for a right prescription.

Woman applying eye drops for relief from dryness and irritation, promoting eye hydration.

  • Blephasteam

Blephasteam safely and effectively warms the eyelids to restore the flow of oil (meibum) from the meibomian glands. The heat and moisture provided by Blephasteam typically slightly above 40 Degrees Celsius melt the secretions that block the meibomian glands in case of MGD, making it easier to remove the secretions using massage and pressure of the eyelids.This specific temperature range is chosen because it is effective for liquefying the meibum (the oily secretion from the Meibomian glands) without causing discomfort or damage to the delicate skin of the eyelids or the eye itself. Blephasteam reproduces an environment that naturally enhances tear film quality and stability by reinforcing the thickness of the tear film lipid layer, that improves the eye surface health and daily comfort.

Person using a heated eye mask for dry eye therapy, improving tear quality and eyelid gland function.

  • BlephEx

BlephEx stands as a pioneering medical tool employed in the treatment of dry eye disease caused by an eyelid or meibomian gland disease. It is used to cleanse the eyelid by eliminating the scales and debris to prevent meibomian gland blockage and chronic eyelid inflammation. Following the procedure, an increase in the production of the lipid component of tears can be achieved to improve the stability of the tear film.

Close-up of a BlephEx device, designed for precise eyelid cleaning to treat dry eye disease caused by meibomian gland dysfunction.

  • IRPL

Intense Regulated Pulsed Light (IRPL) is designed to address dry eye disease caused by meibomian gland dysfunction (MGD). This method utilizes a light pulse to stimulate meibomian glands, promoting the natural secretion of lipids to deter tears evaporation and alleviate eye dryness.

Intense Regulated Pulsed Light (IRPL) device, used to stimulate meibomian glands for effective dry eye treatment.

  • Warm compression

It can be as simple as using a towel. Soak the towel in the hot but not scalding water, wring out the excess water, and apply it on your eye. Warm compression could melt the obstructed oil in the meibomian gland.

Senior man using a warm compress on his eyes to relieve dry eye symptoms and improve meibomian gland function.

  • Plug

A punctal plug is a small device that sits in the tear duct to help prevent the drainage of tears, which helps to keep the eyes moist. 

Illustration of tear duct anatomy showing the path of tears, relevant to punctal plug treatment for dry eye disease.

 

What can we help you with?

If you are suffering from dry eye disease, dry eye services are available at the following locations; Nexus Bangsar South, Cheras, Shah Alam, Seremban, Kuching, Johor Bahru, and Penang.

Dry Eyes

Are your eyes red and tired at the end of the day? Does your vision become blurry after long hours of screen time? These are common complaints of a patient with dry eyes. The recent COVID-19 pandemic in the past year has kept people indoors for work purposes and many are seeking treatment for dry eyes. Dry eyes is a condition when a person doesn’t have enough quality of tears to lubricate and nourish the surface of the eye.

The tear film

Tears are important in maintaining the health of the front surface of the eye and providing clear vision. The tear film consist of three layers which are:

  1. The outer layer of the tear film is the oil or lipid layer which serves to maintain tears on the surface and avoid evaporation. The oil is produced by the meibomian glands at the eyelid margins.
  2. The middle layer is the aqueous layer which makes up most of the tear layer. It consists of water and proteins that are produced by the lacrimal gland. It functions to lubricate the eye and wash away foreign particles.
  3. The innermost layer is the mucin layer that allows the even distribution of the tears on the surface. Without the mucus layer, tears would not stick to the eye surface.

Normal vs dry eye tear film comparison.

Types of dry eye

  1. Evaporative dry eye is due to tears being dried up quickly. This is caused by inflammation or blocked meibomian glands. These blocked glands cause reduced secretion of oil that leads to quick evaporation of tears.
  2. Aqueous deficient dry eye may be due to aging. The tears are produced by the lacrimal gland in the eyelids. As you grow older, certain medical conditions and side effects of medications can cause less amount of tears to be produced by the gland.

Illustration of an eye with redness and irritation.

Symptoms of dry eyes

  • Below are the common symptoms experienced by those who have dry eyes.
  • Redness and eye pain
  • Stinging or burning sensation
  • Sandy or gritty sensation
  • Light sensitivity
  • Watery eyes
  • Heavy eyelids
  • Stringy mucus near the eye
  • Blurred vision

Causes of dry eye including screens, air conditioning, and contact lenses.

Some circumstances can worsen dry eyes.

  1. Environmental changes such as windy, dusty or dry conditions can make dry eye symptoms worse. Any place with low humidity or high wind, such as air-conditioners, can cause the eye to dry faster.
  2. Activities such as computer or handphone use for extended periods of time can cause less blinking and lead to greater tear evaporation and dryness.
  3. Certain medications can cause dry eyes as a side effect, including antihistamines, antidepressants, certain blood pressure medications such as beta-blockers and birth control pills.
  4. LASIK and other corneal refractive surgery can sometimes cause dry eye and is usually temporary and resolves within a few weeks after the procedure.
  5. Mask-induced dry eye is also common nowadays, especially when worn for protection during the COVID-19 pandemic. A mask with poor fit can cause the air we breathe to flow up across the surface of the eye and lead to evaporation and dryness.
  6. Contact lens-associated dry eyes are also common among contact lens wearers as the contact lens can partially block oxygen from entering the eye. Although many contact lenses are able to allow larger amounts of oxygen to permeate the eye, the wearers can still experience dry eyes towards the end of the day.

Treatment for dry eyes

Dry eyes can be managed successfully and result in greater comfort, fewer dry eye symptoms and sometimes even sharper vision. Treatment usually depends on the root cause of your symptoms. Eye drops known as artificial tears can be used to moisturize the eyes and provide relief for dry eyes. People with dry eyes that do not respond well to artificial tears will need to take additional steps to address their dry eye condition. One revolutionary non-invasive dry eye treatment available is Tixel, which uses thermal energy around the eyes to improve the quality of tears, hence reducing dry eye symptoms.