How to Edit Glare Out of Photos | The Tools That Actually Work

Editing glare out of photos reliably means using localized retouching for bright spots, AI removal tools for reflections, or manual compositing for stubborn lens glare — and the best method depends on where the glare sits and how much detail it covers.

The bright spot from a window, the white sheen across a pair of glasses, the lens flare that turns a good portrait into a bad one — glare is one of the most common photo-ruining problems, and one of the easiest to fix once you know which tool fits the situation. Small hot spots take seconds to clone out. Reflections over eyes need AI that can reconstruct what’s underneath. And the kind of glare that washes out a whole scene calls for layered manual work in a proper editor.

Below are the three routes that actually work, sorted by how much control you need. The table after them breaks down which tool fits which glare type so you can pick in one glance.

Local Retouching for Small Glare Spots

When glare shows up as a small bright patch — a reflection off a watch face, a lamp glint on a table, a single hotspot on a forehead — the fix is a quick local edit that doesn’t touch the rest of the image.

In Adobe Photoshop, the most direct route is the Remove Tool or Spot Healing Brush. Paint over the glare area once, and the tool samples nearby pixels to fill it. For glare that sits over a textured surface like fabric or skin, the Clone Stamp Tool gives more control: sample a clean patch nearby by holding Alt (Windows) or Option (Mac) and clicking, then paint over the glare. Keep a soft brush and set the flow around 10% to blend rather than paste.

The key limit with local retouching is the size of the area. Once the glare covers more than a small portion of the image, you’re better off with a selection-based or AI-powered method.

AI Reflection Removal for Glasses and Lenses

Glare on eyeglasses is the hardest common type to fix, because the reflection often sits over the person’s eyes — and replacing that detail convincingly is beyond what a clone stamp can do. This is where AI reflection removal tools shine, both in desktop editors and in web-based tools.

Photoshop’s Generative Fill workflow handles this well. Select the glare area with the Rectangular Marquee Tool, type the prompt “remove the reflections from the glasses”, and choose the Flux model. Photoshop will reconstruct the detail beneath the reflection. To confine the correction to only the glare without bleeding the fix into adjacent skin or clothing, create a black mask by holding Alt (Windows) or Option (Mac) and clicking the mask icon, then paint with a soft white brush to reveal only the corrected area.

For a more traditional approach on the same kind of glare, a second Photoshop technique uses the Clone Stamp Tool on a new layer, then Control/Command + T to transform, flip horizontally, warp to match the angle, and finally a layer mask painted white at around 10% flow to blend the repair naturally. This is the method to reach for when Generative Fill doesn’t get the shape right.

Several web-based tools also target glasses glare specifically. Evoto AI Photo Glare Remover uses a dedicated Glasses Glare Slider — upload the photo, adjust the slider, and export. YouCam Online Editor offers a Glare Removal Tool with a similar upload-and-download flow. Zawa (formerly X-Design) lets you mark the glare area with a brush tool or box tool and then processes the removal. These tools accept JPG, JPEG, PNG, or HEIC uploads and work in any browser, which makes them useful when you don’t have desktop editing software.

The trade-off is privacy: AI web editors require uploading your photo to a third-party server, which matters for portraits or sensitive images. The same limitation applies to LightX (works with JPEG or PNG), Airbrush (AI detects and reduces glare automatically), and EzEnhancer (analyzes lighting and delivers an HD result). All are browser-based and platform-agnostic.

Manual Compositing for Larger or Complex Glare

When glare covers a large part of the frame — a window reflection across a whole product shot, or sun flare that washes out an entire face — the most reliable fix is to pull in clean information from another frame or another part of the same image.

If you shot multiple frames of the same scene, composite the glare-free parts from one frame over the glare in another. In Photoshop, place the clean frame as a new layer above the glare frame, add a black layer mask, and paint white over the glare area to reveal the clean version beneath. This preserves every detail because you’re using real captured data, not reconstructed pixels.

Without a second frame, you can still clone from a clean area using the Clone Stamp Tool on a new layer, then transform and warp the sampled patch to match the geometry of the glare zone. The same layer-mask technique with a soft brush at low flow keeps the repair from looking pasted.

One mistake to avoid: editing the exposure, contrast, or dehaze of the whole image to fix a localized glare. Broad adjustments distort the rest of the photo and still won’t restore the detail the glare covered. Local fixes are the rule.

One more option that sometimes works is the Samsung Galaxy Gallery workflow. On supported Galaxy phones (the feature was reported on the S22 Ultra), open the image in Gallery, tap the Edit pencil icon, select Object Eraser, then tap Erase reflections. This is user-reported rather than officially documented, but it functions as a native one-tap option for users who already have a compatible Samsung device and want to avoid a third-party upload.

What Decides Success: Method and Mistakes

The box tool and brush tool workflows from web editors like Zawa demonstrate a pattern that repeats across almost every successful glare removal: limit the correction to the smallest possible area. Every tool that handles glare well — whether it’s Photoshop’s Generative Fill, a dedicated AI remover, or a manual Clone Stamp — isolates the glare zone and reconstructs only that spot.

The common failures come from doing the opposite: editing the whole image brightness or contrast to compensate for one bright patch, expecting a single AI pass to fix severe glare that needs repeated selection-and-fill steps, or using a tool that changes texture too aggressively. On the Photoshop video that shows the Flux model workflow, the correction requires repeated selection and fill steps plus masked refinement. That’s normal — glare removal is almost never a single click except on the simplest hotspots.

Format support is another practical gate. LightX works only with JPEG or PNG at the time of writing. Zawa accepts JPG, JPEG, PNG, or HEIC. If your image is a TIFF, RAW, or WEBP, you may need to convert before uploading. The desktop Photoshop methods have no format limits because you’re working on the original file directly.

Glare Removal Checklist

• Classify the glare: small hotspot, glasses reflection, lens flare, or full washout. Pick the tool list below your specific type.
• For small spots: Clone Stamp or Spot Healing Brush with a soft brush at low flow. Sample nearby, paint carefully.
• For glasses glare: open Photoshop, select the reflection, prompt “remove the reflections from the glasses” with the Flux model, black-mask the result, and paint white to reveal only what’s fixed.
• For lens glare with an irregular shape: Clone Stamp on a new layer, flip horizontally, warp to match the angle, and mask at 10% flow.
• For a second frame solution: place the clean frame as a new layer, black mask, paint white over the glare zone.
• For quick web fixes without software: use Evoto, YouCam, Zawa, Airbrush, LightX, or EzEnhancer — but accept the trade-off of uploading your photo to a server.
• Never adjust the whole image’s exposure or contrast to kill a localized glare. It won’t work and it will distort the rest of the photo.