Extract Text from Image
Read the text in a photo, screenshot or scan and get it back as editable plain text, with no PDF involved.
How to use Extract Text
- Upload the image containing text.
- Start the extraction.
- Copy the text to your clipboard.
- Save the text as a plain file.
Features
- Extracts raw text directly
- Copy-to-clipboard functionality
- Works on any text-containing image
- Extremely fast processing
Files are processed in your browser and never leave your device.
About Extract Text
Sometimes the container is irrelevant. You have a screenshot of a receipt, a photo of a whiteboard, or a picture of a paragraph you need to quote, and what you want is the words. This tool runs recognition on the image and puts the result in an editable box, so obvious mistakes can be corrected before you copy it into a note, an email or a document.
Words without the wrapper
Most conversion tools share a common assumption: the destination is a PDF. You photograph a page, upload the image, and receive back a portable document with the original visual on top and a hidden text layer underneath. That is the right shape of answer for archiving, filing, and sharing. But it is the wrong shape of answer for a surprisingly large category of everyday tasks.
Consider the moment you actually need something from an image. A colleague sends a screenshot of a spreadsheet and you want the numbers in your own sheet. A flyer on a community board lists a phone number you need in your contacts. A slide in a conference deck has a sentence you want to quote in an email. In none of those cases do you want a PDF. You want the words: raw, plain, and immediately pasteable into whatever you are already working in. That is the entire job this tool does, and the restraint to do only that job is what makes it fast.
The distinction sounds small until you feel the difference in workflow. Wrapping extracted text in a PDF means an extra container you have to open, search within, and then copy out of anyway. Skipping the container means the text arrives where you can use it: your clipboard, your notes app, the document you were already editing when the image showed up. It is the difference between a courier delivering a sealed package to your doorstep and handing you the letter itself.
What comes back, exactly
The output is plain text. Not a document, not a formatted export. A string of characters, ready to paste. Basic line breaks from the source image are preserved, so a list still reads as a list and a paragraph still reads as a paragraph. What is not preserved, by design, is complex layout: multi-column articles, tables with merged cells, and text wrapped around images will generally come back flattened into a simple block. If your source is a screenshot of a form or a clean single-column page, the result will be very close to what you see. If your source is a magazine spread, expect the reading order to approximate rather than mirror the original.
Accuracy follows the same logic as every OCR tool: legibility is the ceiling. A crisp screenshot of digital text is nearly perfect. A well-lit photograph of a printed page is very good. A shadowed, angled, low-resolution capture of small type will produce errors, and those errors will be plain to see in the raw output, with no invisible layer hiding them behind a clean-looking image. That transparency is arguably a feature. You see exactly what the engine recognised, character for character, and you fix what needs fixing before the text enters anything that matters.
The processing runs in your browser, on your machine. The image never leaves the device. For screenshots of internal dashboards, photographs of medical letters, or captures of anything you would not paste into a public chat, that is not a footnote; it is the reason the tool is usable at all for professional contexts.
When the screenshot is the source material
A quiet revolution in how knowledge work happens is that more and more information arrives as images rather than documents. A teammate pastes a screenshot into chat instead of attaching a file. A lecturer shares slides as photos. A receipt arrives as a picture in a family group thread. The information is visible, useful, and stubbornly un-copyable, locked in pixels by whoever captured it, with no export button in sight.
This tool is the unlock for that specific frustration. It does not try to become a document pipeline. It answers a narrower question: given this picture of words, give me the words. Once you have them, the destination is yours. Paste into a spreadsheet. Drop into a note. Reply in the same chat with the text version the other person clearly meant to send. Feed it into a larger document you are assembling from mixed sources.
The multiple-image support exists for the cases where a single piece of information spans several captures: a long article screenshotted in sections, a multi-page handout photographed one page at a time. Each image is processed, and the text from each becomes available. There is no attempt to stitch them into one coherent document; if you need that, the image-to-PDF tools in this collection are the better fit. Here, the assumption is that you are gathering words, not building an archive.
The limits worth knowing upfront
No OCR tool is a mind reader, and this one is honest about its boundaries. Handwriting is unreliable; printed text is the sweet spot. Decorative fonts, heavy stylisation, and text over busy backgrounds will degrade results. Text inside dense infographics, where words are scattered across a canvas with no linear reading order, will come out as fragments in whatever order the engine happened to traverse them. If you need perfect layout fidelity, this is not the tool; if you need the words themselves, it almost always is.
There is also a philosophical limit worth naming. This tool does not store, index, or organise anything. It has no memory of previous extractions, no library of past results, no account to log into. You give it an image, it gives you text, and the interaction ends. For many people, that impermanence is the point. The alternative, an OCR platform that keeps your documents in a cloud library you have to manage, is the right answer for some workflows and an unnecessary liability for others.
What you are left with is the smallest possible bridge between the visual world and the textual one: a photograph on one side, a pasteable string of characters on the other, and nothing in between that you did not ask for. Most tools in this space want to become platforms. There is something refreshing about one that only wants to do a single job well.
Real cases
Six real-world scenarios where people rely on Extract Text.
Donor letters digitised between meetings
The development director at a small arts nonprofit receives a stack of handwritten thank-you letters from donors each month. She needs the wording logged in the CRM for the next appeal, not archived as images. Photographing each letter and extracting the text means the exact phrasing a donor used, the sentence about their granddaughter in the youth program, ends up in the donor record before the next board packet goes out.
Event sign-in sheets become attendance counts
A volunteer coordinator runs a Saturday food-drive and collects a clipboard of handwritten sign-in sheets. The funder requires an unduplicated headcount within 48 hours. Photographing the sheets and extracting the names and emails turns a pile of scribbled signatures into a clean roster she can paste into the reporting template on the drive home.
Foundation officer notes typed before they fade
A grant writer meets a foundation program officer for coffee and takes handwritten notes on what the funder will and will not fund next cycle. Those notes are the basis of the next proposal, but a notebook page is not a shared document. Photographing the page and pulling the text into the proposal draft the same evening keeps the language the officer actually used, not the language memory invented three days later.
Board motions transcribed from margin notes
A board secretary for a regional nonprofit keeps handwritten motion notes in the margin of the printed agenda during meetings. After adjournment she needs clean minutes for the membership vote. Photographing the annotated agenda and extracting the motion language gives her a starting draft in minutes instead of an hour of retyping from a notebook she may not be able to read later.
Participant quotes pulled for the newsletter
A communications staffer at a youth program photographs a handwritten quote a teenager wrote on an evaluation card: the sentence about what the program meant to them. They want the exact wording in the spring newsletter, not a paraphrase. Extracting the text from the photo gets the quote into the draft while the card is still on the site director's desk, before it disappears into a filing box.
Pledge cards entered the same night
A finance chair at a small church runs an annual stewardship campaign and collects handwritten pledge cards after services. The treasurer needs the totals reconciled before the budget meeting on Tuesday. Photographing each card and extracting the donor name and pledged amount means the spreadsheet is populated from the cards themselves, not from a rushed transcription session after a long week.
Frequently asked questions
Can I extract text from a photo of a whiteboard?
Yes, provided the text is clear and the lighting is relatively even.
Is the text formatted?
It preserves basic line breaks, but complex layouts may be flattened into a simple text block.
Does it keep line breaks from the image?
It keeps the lines the engine detects, which usually follow the visual layout. Paragraphs may need joining if the image has narrow columns.
Can I correct mistakes before downloading?
Yes. The extracted text appears in an editable box, so OCR slips can be fixed before you copy or save it.
What image formats are supported?
JPEG, PNG, WebP and most browser-readable formats. A PDF page should go through the PDF OCR tool instead.
Does it work on screenshots?
Screenshots are usually the easiest input, because the text is sharp and evenly lit. Interface labels and code extract well.
Does my photo leave my phone or laptop?
No. Recognition happens in the browser, so a photo of a confidential document stays on your device.
Related tools
Other utilities that work the same way, fully offline.
OCR PDF
Add a searchable text layer to a scanned PDF so you can select, copy and search words that were only pixels.
Open tool →Make Searchable
Make an image-only PDF searchable while keeping its original layout, including files with only a few scanned pages.
Open tool →Image OCR to PDF
Turn photos of pages, whiteboards or receipts into one PDF with a searchable text layer, in the order you choose.
Open tool →OCR Arabic
Recognise Arabic text in scanned documents, optimised for right-to-left reading order.
Open tool →OCR Receipt
Scan receipts and extract date, vendor and total into structured data.
Open tool →PDF to Text
Get plain text out of a scanned PDF when you need the words, not the page layout, and save it as a .txt file.
Open tool →