FrameExtractor

Video to PNG Converter — Lossless Frames, No Upload

Extract PNG frames from any video — lossless stills, timestamped, no upload.

Quick answer: Load a video, choose the number of frames, and download them as lossless PNG images with timestamps. PNG keeps every pixel the decoder produced, so it is the right choice for editing, compositing or OCR afterwards.

Frames are sampled evenly across the video and rendered locally — nothing is uploaded.

Core facts
Price100% free, no sign-up
InputMP4, MOV, WebM, MKV (browser-supported codecs)
Output6–48 lossless PNG frames with timestamps
ProcessingRuns locally in your browser — no upload

What is Video to PNG Converter?

Extracting PNG frames from a video gives you the exact pixels the decoder produced, with no compression applied on top. That matters when the image will be edited further: PNG is lossless, so cropping, scaling, colour work and compositing do not add a second generation of artefacts, and any text in the frame stays crisp for OCR. The trade-off is size — a PNG frame is several times larger than the same frame as a JPG — which is why PNG is the choice for working images and JPG is the choice for delivery. This tool samples the video evenly, renders each chosen frame to a canvas at up to the video's native resolution, and saves the results as timestamped PNGs. Because everything runs locally, footage that cannot leave your machine — client material, evidence, anything private — is safe to process.

Common Uses for Video to PNG Converter

  • Extract frames for retouching, colour grading or compositing
  • Capture on-screen text or slides for OCR and documentation
  • Build high-quality reference images from film or animation
  • Make printing-quality stills from video without compression artefacts
  • Pull screenshots from a screen recording for a tutorial

PNG as the working format

Professional workflows treat PNG as the intermediate: extract losslessly, do all the editing, then export once to the delivery format. That single export is where compression is applied, which means only one generation of loss instead of one per save. When frames come from video — already compressed once — avoiding an extra pass matters.

Text, screenshots and OCR

Screen recordings are full of text, and text is exactly what lossy compression damages first: thin strokes blur, edges ring. PNG keeps them exact, which improves both human readability and OCR accuracy. If the goal is transcribing slides or menus from a recording, PNG frames are a materially better input than JPG.

Managing file size on big batches

A 48-frame PNG batch can run to hundreds of megabytes. Sensible approaches: extract the frames you actually need rather than the maximum, crop to the region of interest in an editor before keeping the file, or extract as JPG first to shortlist candidates and re-extract only the winners as PNG.

Frequently Asked Questions

Why choose PNG over JPG for frames?
Because PNG is lossless: the extracted frame is an exact copy of the decoded video frame with no added compression. If you plan to edit, composite, upscale or run OCR on the image, that matters. If you just need a picture to publish, JPG is smaller and visually identical.
How much bigger are PNG frames?
Typically three to eight times the size of the same frame as a high-quality JPG, depending on how much detail and noise the video contains. For a handful of frames that is irrelevant; for a 48-frame batch it becomes noticeable.
Is the extraction really lossless?
The image you get matches the decoded frame exactly — no further loss is introduced by saving. The video itself was already compressed when it was encoded, so 'lossless' refers to this step, not to the original recording.
What resolution are the PNG files?
The video's native resolution, up to 1920 pixels wide. Nothing is upscaled; extraction preserves what the file actually contains.
Can I extract PNG and JPG from the same video?
Run the video through twice, choosing the output format each time, or use the frame extractor's format switch. The frame selection is deterministic, so the same timestamps come out each run.

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