Should I test before trying any repair route?

Yes. Testing first keeps this hub honest. If the defect class is still unclear, use the relevant test page before spending time on repair sessions.

Which defects should never go through software repair first?

Dead pixels, cracks, line failures, pressure damage, spreading clusters, and severe panel instability should move to documentation and escalation rather than repeated repair attempts.

How long should I keep trying repair before I stop?

Use short, controlled passes and retest between them. Extend only when you see real improvement. If repeated sessions show no measurable change, stop and escalate.

Can software repair make the situation worse?

The route is lower risk than physical intervention because it does not modify firmware or hardware, but long or careless sessions are still not something to treat as consequence-free. Stop if the panel behaves abnormally or the defect worsens.

Will software repair void warranty coverage?

A browser-based workflow does not physically alter the panel, but warranty outcomes still depend on the manufacturer, the defect threshold, and the evidence you can provide.

How do I choose between the stuck-pixel route and the OLED route?

Use the stuck-pixel route for colored or bright point defects. Use the OLED route for retention or mild burn-in patterns on OLED panels. If that distinction is still unclear, test first.

What should I keep if I may need to escalate to support later?

Keep before-and-after evidence, a note of the defect pattern, the number of repair attempts you ran, and the device details needed for a return or warranty claim.

Can burn-in mitigation fully restore severe OLED burn-in?

No. Mild retention can sometimes improve, but severe permanent OLED burn-in is not something this hub should frame as fully reversible.

Repair Decision Hub

Screen Repair Paths for Pixels, Burn-In, and Calibration

Choose whether browser repair is worth trying, open the right fixer or calibration path, and know when to stop and escalate.

Choose Repair Path

Decision-first hub
Clear stop-or-proceed guidance
Built for documentation and escalation

Maintained byJacob Dymond

Content updated March 28, 2026

Choose the right repair path

Match the defect pattern to the closest row and open the linked route. Skip repair when the issue is dead, spreading, or hardware-first.

What you see

Colored red, green, blue, or white dot

Likely issue: Stuck pixel
Best next step: Use the stuck-pixel workflow once you have confirmed it is not a dead pixel.

What you see

Bright white point on dark backgrounds

Likely issue: Hot pixel
Best next step: Treat it like a stuck-pixel candidate first, then retest before running long sessions.

What you see

Faint retained image or ghosting on OLED

Likely issue: Image retention or mild burn-in
Best next step: Use a short OLED mitigation pass only if the panel is otherwise stable and the pattern is not severe.

What you see

Washed-out picture, crushed blacks, clipped whites, or overall tint

Likely issue: Display settings off baseline
Best next step: Use guided monitor calibration patterns to adjust display settings. Diagnose first on the Screen Color Test if the defect class is unclear.

What you see

Black dot on every pattern

Likely issue: Dead pixel
Best next step: Skip software repair and move to return, warranty, or replacement evaluation.

What you see

Lines, clusters, cracks, pressure spots, or spreading defects

Likely issue: Panel or hardware failure
Best next step: Do not use software repair as the main path. Open damage diagnosis first, then document and escalate.

What you see

Likely issue

Best next step

Route

Colored red, green, blue, or white dot

Stuck pixel

Use the stuck-pixel workflow once you have confirmed it is not a dead pixel.

Open Stuck Pixel Fixer

Bright white point on dark backgrounds

Hot pixel

Treat it like a stuck-pixel candidate first, then retest before running long sessions.

Open Stuck Pixel Fixer

Faint retained image or ghosting on OLED

Image retention or mild burn-in

Use a short OLED mitigation pass only if the panel is otherwise stable and the pattern is not severe.

Open Burn-In Fixer

Washed-out picture, crushed blacks, clipped whites, or overall tint

Display settings off baseline

Use guided monitor calibration patterns to adjust display settings. Diagnose first on the Screen Color Test if the defect class is unclear.

Open Monitor Calibration

Black dot on every pattern

Dead pixel

Skip software repair and move to return, warranty, or replacement evaluation.

Document evidence

Lines, clusters, cracks, pressure spots, or spreading defects

Panel or hardware failure

Do not use software repair as the main path. Open damage diagnosis first, then document and escalate.

Open damage diagnosis

What browser repair can and cannot fix

ScreenDetect browser repairs only cover stuck or hot pixels and mild OLED retention. Dead pixels, lines, cracks, and spreading defects should skip repair.

Repair tool

Stuck Pixel Fixer

When it fits: Colored or bright point defects on an otherwise healthy panel after retesting confirms it is not dead.
Stop rule: Stop after a short controlled pass if there is no measurable change.
Cannot fix: Dead black pixels, lines, clusters, cracks, pressure damage, or spreading defects.

Repair tool

Burn-In Fixer

When it fits: Mild OLED retention or light burn-in that survives retesting but still looks reversible.
Stop rule: Stop if the ghosting is unchanged after one bounded session or the panel behaves abnormally.
Cannot fix: Severe permanent burn-in, non-OLED panels, or hardware-first symptoms.

Repair tool

Monitor Calibration

When it fits: Settings-driven wash, crush, clip, poor gamma, tint, or oversharpening after filters and vivid presets are ruled out.
Stop rule: Stop when pass criteria are met, or when only panel limits remain (uniformity, angle, permanent cast).
Cannot fix: Meter-grade ΔE, ICC creation, print match, dead pixels, bleed, or burn-in.

Repair tool

When it fits

Stop rule

Cannot fix

Stuck Pixel Fixer

Colored or bright point defects on an otherwise healthy panel after retesting confirms it is not dead.

Stop after a short controlled pass if there is no measurable change.

Dead black pixels, lines, clusters, cracks, pressure damage, or spreading defects.

Burn-In Fixer

Mild OLED retention or light burn-in that survives retesting but still looks reversible.

Stop if the ghosting is unchanged after one bounded session or the panel behaves abnormally.

Severe permanent burn-in, non-OLED panels, or hardware-first symptoms.

Monitor Calibration

Settings-driven wash, crush, clip, poor gamma, tint, or oversharpening after filters and vivid presets are ruled out.

Stop when pass criteria are met, or when only panel limits remain (uniformity, angle, permanent cast).

Meter-grade ΔE, ICC creation, print match, dead pixels, bleed, or burn-in.

What to do after repair

After a repair pass, use the table to interpret the result and take the next honest step. Stop early if the defect is unchanged, worsening, or no longer fits a browser repair workflow.

After repair result

Unchanged after retesting

What it means: The defect behaves the same after repeated controlled sessions.
Next step: Document evidence

After repair result

Looks worse or spreads

What it means: The defect grows, changes pattern class, or the panel shows abnormal behavior.
Next step: Damage diagnosis

After repair result

Partially improved

What it means: The defect is less visible, but still present in some patterns or conditions.
Next step: Stuck Pixel Fixer

After repair result

Fully improved

What it means: The defect no longer appears across your retests.
Next step: No next route needed

After repair result

Defect class still unclear

What it means: You still cannot tell whether the issue is a point defect, retention, or hardware damage.
Next step: Screen tests

After repair result

What it means

Next step

Route

Unchanged after retesting

The defect behaves the same after repeated controlled sessions.

Document evidence

Looks worse or spreads

The defect grows, changes pattern class, or the panel shows abnormal behavior.

Damage diagnosis

Open damage diagnosis

Partially improved

The defect is less visible, but still present in some patterns or conditions.

Stuck Pixel Fixer

Try another pass

Fully improved

The defect no longer appears across your retests.

No next route needed

Monitor only

Defect class still unclear

You still cannot tell whether the issue is a point defect, retention, or hardware damage.

Screen tests

Choose specialist test

FAQ

Repair FAQs

Answers on route choice, stop conditions, evidence, and escalation.