Can software fully reverse OLED burn-in?

No. Browser recovery can sometimes reduce visibility in retention and mild wear cases, but it cannot restore OLED material that has already aged permanently.

Should I use Burn-In Test first?

Yes if you are still diagnosing the issue. Burn-In Test handles retention-vs-burn-in classification, baseline captures, and severity interpretation. Come here once you already know recovery is worth considering.

Is this better than playing a random burn-in video?

Usually yes, because this tool is built around shorter controlled sessions, mode choice, retesting, and stop rules. Random videos tend to push generic long runs without helping you decide whether the panel is actually improving.

Which recovery mode should I start with?

Start with Color Wash for the lowest-stress broad pass, then move to Inverse Pattern or Pixel Shift only when the artifact shape clearly points that way. Keep White Soak as a later, more cautious step.

Should I try built-in panel care before this fixer?

Usually yes on TVs and many OLED monitors. Manufacturer panel-care or pixel-refresh tools are the cleaner first move when they are available, especially before repeated long browser sessions.

How long should recovery sessions run?

Start with 30 minutes, retest under the same conditions, and only extend when the panel shows a real response. Longer is not automatically better.

When should I stop trying more sessions?

Stop when repeated retests stay flat, the artifact comes back right away after normal use, or the panel runs hotter or looks worse. At that point more runtime usually adds panel use without adding much value.

What if the artifact improves and then comes back?

Treat that as temporary improvement, not proof that longer sessions will solve it. One more short pass can be reasonable, but repeated rebound usually means the recovery ceiling is low.

Does this work only on OLED screens?

This page is mainly for OLED and AMOLED image retention or mild burn-in. LCD and LED users are more often dealing with temporary retention or a different screen issue than true permanent burn-in.

Does this replace service, warranty, or replacement?

No. This page is a controlled recovery workflow. Severe persistent wear may still point to service, replacement, or acceptance based on real-world visibility and policy limits.

OLED Recovery

OLED Burn-In Fixer

Try a controlled recovery session for image retention and mild OLED burn-in, retest after each pass, and stop when the panel stops responding.

Start Recovery Session Need Diagnosis First? Run Burn-In Test

Should you use this fixer or run the test first?

Use this fixer only when the screen already looks like image retention or mild burn-in. If you are still figuring out what the artifact is, diagnose it first.

Use Recovery Now
The screen already looks like retention or mild burn-in.
You already tested it, the artifact looks real, and you want one careful recovery attempt before moving on.
Run The Test First
You still need a clean diagnosis or baseline.
Use the burn-in test first if you still need to separate temporary retention from persistent wear or compare results later.
Try Panel Care First
Built-in panel refresh may be the cleaner first move.
On many OLED TVs and monitors, manufacturer pixel cleaning or panel refresh should usually come before browser recovery.

Quick truth

This tool can sometimes reduce temporary image retention and mild burn-in visibility, but it does not reverse severe permanent OLED wear. Treat it as a short-session recovery workflow with retest rules and stop points, not a miracle fix video.

Which recovery mode fits your screen artifact?

Pick the lowest-stress mode that matches what you already saw on the test patterns. The goal is not to throw the harshest pattern at the panel first.

Mode	Best For	Risk Profile	Starting Duration
Color Wash	Broad retention or low-contrast ghosting	Lowest-stress first pass	30-60 minutes
Pixel Shift	Localized zones that stayed stable during testing	Moderate stress in the targeted area	30-60 minutes
Inverse Pattern	Logo, nav-bar, or status-bar shaped ghosting	Moderate, shape-specific stimulation	30-90 minutes
White Soak	Later-stage balancing attempt after safer modes	Highest panel stress; monitor closely	30-60 minutes with checks

How to move through the modes

1Start with the lowest-risk mode that matches the artifact shape you already tested.
2Run a short recovery session, then retest under the same conditions right away.
3Only extend runtime when you can point to a real trend improvement between retests.
4Stop when heat rises, the artifact looks worse, or the trend stays flat across attempts.

Start with the lowest-stress fit. White Soak is a later, more cautious option, not the default starting point.

How long to run a recovery session

Start with 30 minutes. Extend a session only when the retest shows real improvement under the same brightness and pattern setup.

30 min

First pass

Best starting point for most cases. Retest right away before committing to more.

60 min

Only if there is a response

Use this when the artifact clearly improved or still looks plausibly responsive.

90 min

Targeted follow-up

Reasonable only when the trend is positive and the panel stays stable.

2–4 hr

Monitored stretch

Reserve for stable panels with measurable progress. Do not jump here first.

8 hr

Hard ceiling

A maximum boundary inside the tool, not the default recommendation.

Phones and tablets usually deserve even more caution because thermal headroom is lower and long runs are harder to justify.

Built-in panel care vs browser recovery

Manufacturer panel care should usually get the first shot when it exists. Browser recovery is more useful as a follow-up, a lighter targeted attempt, or a fallback when your device does not expose an official tool.

DeviceBuilt-in panel careManual recovery

OLED TVs

Usually available. Try the manufacturer’s panel refresh or pixel-cleaning flow first.

Use browser recovery only if the built-in pass was unavailable, insufficient, or too limited for the case.

OLED monitors

Often available through panel-care or pixel-refresh tools. Check the monitor menu before long browser sessions.

Useful when ghosting remains after panel care or when you need a shorter, targeted follow-up attempt.

Phones and tablets

Varies by model. Many devices do not expose a true user-facing refresh tool.

Short sessions make more sense here because thermal headroom is lower and long runs are harder to justify.

Laptops

Uncommon. Vendor OLED care tends to focus on prevention rather than a full user-triggered refresh.

Bounded browser recovery can be the practical option, but retest discipline matters even more.

What to do after one recovery session

A session finishing does not mean it worked. What matters is whether the same artifact looks lighter when you retest under the same conditions.

Outcome	What It Means	Recommended Action
Improved clearly	The artifact is noticeably lighter in the same patterns and brightness conditions.	Run one short follow-up only if you want to confirm the gain, then stop and monitor.
Improved slightly	The change is real but modest. You can see it, but the artifact still matters.	Try one more short session only if the trend is obvious and the panel stays stable.
Unchanged	Retests under the same conditions look effectively the same as before.	Stop repeating long runs. Try built-in panel care if available, then move toward service or policy review.
Came back	Any improvement faded quickly and the same artifact returned after normal use.	Treat the gain as temporary. Do not keep stretching sessions unless another short pass shows a clear trend.
Looks worse or hotter	The panel feels stressed, the artifact looks harsher, or the device runs unusually warm.	Stop manual recovery and let the panel cool. Move back to testing or official care instead of pushing further.

Follow-up checklist

Retest using the same pattern order and brightness settings.
Capture before/after photos in controlled lighting for evidence.
Write down the mode, duration, and whether the result held after normal use.
Use real-world visibility, not stress-screen shock value, to decide whether more sessions are worth it.

Need a clean retest?

Use the Burn-In Test for before-and-after comparison captures under the same patterns.

Need escalation next?

When the result stays flat or the wear is clearly persistent, move to display defect policy guidance with your before/after captures and session notes.

When to stop trying more sessions

Stop when the panel stops responding. If the trend is flat, the artifact rebounds, or the screen runs hotter, more runtime usually adds wear without adding value.

No trend improvement

If before-and-after retests still look the same, longer runtime usually adds panel use without adding real value.

Temporary improvement only

If the artifact gets lighter and then quickly comes back after normal use, treat the gain as limited rather than a reason to keep stretching sessions.

Heat or stability warning

Stop if the panel runs hotter than normal, the artifact looks harsher, or the device starts behaving unpredictably during the recovery run.

Built-in care or service makes more sense

If official panel refresh is available or the wear already looks too persistent, move to the cleaner or more final path instead of forcing more browser sessions.

FAQ

Burn-in fixer FAQs

What this fixer can help, when to use it, how long to run it, and when to stop.

Need help?

Still have questions?

Contact our support team→

Reviewed and maintained by Jacob Dymond

Founder, ScreenDetect

Last reviewed March 28, 2026

ScreenDetect maintains this page as a recovery-only workflow for image retention and mild OLED burn-in cases. Diagnosis belongs on Burn-In Test first. The goal here is a practical next step: short sessions, consistent retesting, and clear stop points once the panel stops responding.

Methodology Policies and standards

Source basis

Sony BRAVIA OLED - Panel Refresh Guidance · Sony Support
LG OLED TV - Pixel Cleaning and Burn-In Support Guidance · LG Support
Samsung - OLED Monitor Burn-In Prevention · Samsung Support
Samsung Display QD-OLED Overview · Samsung Display
Long-term Burn-In Test Results · RTINGS