5 Eye Exercises to Do During Your Screen Breaks

Five 30-second eye exercises target the specific muscles most loaded by sustained near-focus screen work. Done during forced break overlays or 20-20-20 breaks, they amplify the recovery effect that the break alone provides. None of them require equipment, none take more than 60 seconds, and all of them can be done at your desk without standing up. The American Academy of Ophthalmology endorses break-based eye exercises as a complement to the environmental fixes (lighting, distance, brightness) that handle the rest of digital eye strain.

This post lays out the five exercises with clear instructions and the muscles each one targets. They are not a substitute for the broader eye strain protocol covered in our how to reduce digital eye strain at your desk guide; they are a complement to it. The 30 seconds you spend on these during a break is high-leverage.

Why eye exercises help during screen breaks

The eye has several muscle groups, each of which gets fatigued by different aspects of screen work.

• Ciliary muscle. Holds the lens in near-focus. Fatigued by sustained near-focus work. Relieved by far-focus breaks (the 20-20-20 rule).
• Extraocular muscles. Move the eye in the orbit. Fatigued by holding the eyes in one position for hours. Relieved by intentional eye movement exercises.
• Eyelid muscles. Open and close the lids. Underused during screen work because blink rate drops. Relieved by conscious blinking.

The 20-20-20 rule handles the ciliary muscle. The exercises below handle the other two muscle groups. Together they cover the eye muscles that screen work loads.

Exercise 1: Focus shifts (30 seconds)

Targets the ciliary muscle plus the convergence/divergence mechanism that aligns both eyes for different distances.

How to do it

1. Hold one finger about 6 inches in front of your eyes.
2. Focus on the fingertip for 3 seconds.
3. Look past your finger to something at least 20 feet away. Focus on the far object for 3 seconds.
4. Repeat 5 to 8 times.

What it does

The rapid alternation between near and far focus exercises the ciliary muscle through its full range. After hours of sustained near-focus, the muscle has effectively been doing isometric work; this exercise restores the dynamic range.

Exercise 2: Palming (60 seconds)

Targets the visual system as a whole. Provides complete darkness, which is rare during screen work and relieves both physical eye strain and visual cortex fatigue.

How to do it

1. Rub your palms together vigorously for 5 to 10 seconds to warm them.
2. Cup your palms over your closed eyes without pressing on the eyeballs.
3. Block all light with your hands; you should see complete darkness.
4. Hold for 30 to 60 seconds, breathing normally.
5. Slowly remove your hands and open your eyes.

What it does

Complete darkness is genuinely rare during waking hours, especially during screen work. The visual cortex gets a brief rest from constant stimulation. The warmth from your palms also relaxes the muscles around the eyes (frontalis, orbicularis oculi). Yogic eye care has used this technique for centuries; the underlying mechanism is straightforward physiological relaxation.

Exercise 3: The figure-8 (30 seconds)

Targets the extraocular muscles. These move the eye through pitch, yaw, and roll; sustained focus on a fixed point underuses them.

How to do it

1. Imagine a large figure-8 lying on its side (an infinity symbol) about 10 feet in front of you.
2. Trace the figure-8 with your eyes only, slowly. Move just your eyes, not your head.
3. Trace it 5 times in one direction, then 5 times in the other direction.
4. Total time: about 30 seconds.

What it does

The smooth tracking motion exercises all six extraocular muscles in coordinated pairs. The figure-8 path covers the full range of eye movement (up, down, left, right, and the diagonal positions in between). After hours of staring at a fixed screen, this restores the muscle range that gets lost.

Exercise 4: Peripheral awareness (45 seconds)

Targets the peripheral vision that screen work suppresses. Most screens are within the central foveal field; the peripheral retina gets minimal input during sustained screen work.

How to do it

1. Look straight ahead at a point on the wall (far away if possible).
2. Without moving your eyes, become aware of objects in your peripheral vision (left, right, top, bottom).
3. Notice colors, shapes, and motion in the periphery without shifting your central focus.
4. Hold the awareness for 30 to 45 seconds.

What it does

This exercise stimulates the peripheral retinal cells that screen work underuses. Some practitioners suggest it also has a calming effect on the visual system overall (the central-vision dominance during screen work has been linked to sympathetic nervous system arousal; periphery activation may rebalance toward parasympathetic). The evidence on the calming effect is preliminary; the muscular benefit is established.

Exercise 5: Conscious blinking (15 seconds)

Targets the lubrication system that screen work disrupts.

How to do it

1. Close your eyes gently.
2. Squeeze your eyelids shut for 2 seconds.
3. Open them and blink rapidly 10 times.
4. Close them again, gently, for 5 seconds.
5. Open and continue work.

What it does

While focused on a screen, blink rate drops from a normal 15 to 20 blinks per minute to 5 to 7 blinks per minute. The eye surface dries out, which produces the gritty, burning feeling at the end of long screen sessions. Conscious blinking restores tear film distribution and prevents the dry-eye component of digital eye strain.

How to build them into your day

The exercises are useful precisely because they are short. Over-engineering the routine reduces compliance.

Minimal version (during 20-20-20 breaks)

Pick one exercise. Do it during your 20-second far-focus break. Rotate which exercise you do across the day; over a week, you cover all five.

Standard version (during 50-minute or 60-minute breaks)

Do two exercises. Total time: about 90 seconds. The remaining 3 to 4 minutes of the break can be used for water, standing up, or actual rest.

Full version (during 90-minute or 120-minute breaks)

Do all five exercises. Total time: about 3 minutes. Fits easily within a 15 to 20-minute break and provides comprehensive eye recovery.

Use a forced break tool

Doggy Break covers the screen during the break, which makes exercise time available without temptation to keep working. Cat Gatekeeper, Stretchly, and other forced-overlay tools work similarly.

Frequently Asked Questions

Are these exercises evidence-based or just folklore?

Mixed. Conscious blinking and focus shifts have strong evidence bases; both are recommended by ophthalmologists for digital eye strain. Palming has a longer history in yoga and yogic eye care, and the underlying physiological mechanism (complete darkness for the visual system, warmth for periorbital muscles) is plausible. The figure-8 and peripheral awareness exercises have less rigorous evidence but face validity (they exercise muscles that screen work underuses) and no known harm.

Will these exercises improve my vision over time?

They will not correct refractive errors (myopia, hyperopia, astigmatism). They reduce symptoms of digital eye strain by providing recovery for fatigued muscles. The distinction matters: people who try eye exercises hoping to throw out their glasses will be disappointed; people who try them to reduce screen-fatigue symptoms typically see improvement within 1 to 2 weeks.

Should I do these instead of the 20-20-20 rule?

Combine them. The 20-20-20 rule handles the ciliary muscle specifically; the exercises above handle other muscle groups. Both together produce more comprehensive recovery than either alone. We covered the 20-20-20 rule in detail in our 20-20-20 rule explained deep-dive.

Are there exercises I should avoid?

Two categories. First, anything involving pressing on the eyeballs (some online sources suggest this for "eye yoga"; ophthalmologists do not recommend it because of pressure-on-retina concerns). Second, anything involving rapid back-and-forth movements that produce dizziness; if an exercise makes you feel disoriented, stop and pick a slower variation.

Can children do these exercises?

Yes. The exercises above are safe for children and useful given how much screen time most children have. Make them into a game or routine; expecting a child to remember to do eye exercises on their own is unrealistic, but doing them together as a 90-second family routine works.

How do I know if eye exercises are actually helping?

Track symptoms over 2 weeks. Note end-of-day eye fatigue, headaches, and dryness on a 1-10 scale before starting the exercises. Add the exercises during breaks for 2 weeks. Compare the scores. Most users see meaningful improvement; some do not, which suggests their dominant problem is something else (lighting, screen position, undiagnosed refractive error needing an updated prescription).

Should I see an eye doctor before starting these exercises?

The exercises themselves are low-risk and do not require medical clearance. The reason to see an eye doctor is to rule out underlying conditions if your symptoms are severe or persistent. If you have not had an eye exam in 2 years and you have chronic strain, schedule one. The exercises help; the exam catches problems they cannot fix.