Convert TIFF to DOCX

That is the main thing you gain. A TIFF has fixed pages, so a small screen either shrinks the whole page or forces horizontal scrolling. The DOCX stores text as text, so the reader re-wraps it to any screen width and font size. Multi-column layouts and large tables are where reflow struggles — those are the parts worth checking after conversion. DOCX is inspectable, diffable and readable by Google Docs, LibreOffice, Pages and every modern word processor.

Yes — that is the point of converting out of TIFF. The output opens as a real document with live paragraphs, styles and tables rather than a frozen page image, so you can edit it directly instead of retyping. Heavily designed source layouts convert less cleanly than plain prose, so expect to tidy spacing on anything built on a complex grid.

Then the conversion produces a picture of the text rather than the text itself, and searching it finds nothing. Run /pdf-ocr/ to add a recognised text layer first; optical character recognition turns the scanned pixels into selectable, searchable characters that the conversion can then carry through properly.

They are flattened into one picture on the way in, in the order and at the opacities the file specifies, and there is no way back — a DOCX has no concept of a layer stack, so what it receives is the composite. Hidden layers are dropped rather than merged, which is worth checking first if the file has old versions of an element switched off inside it. Keep the layered original alongside the document; it is the only copy that stays editable. TIFF handles CMYK, 16-bit depth, embedded ICC profiles and multi-page documents, which is exactly what print and archival workflows require.

Slightly, if the image is in CMYK. A TIFF can carry print colour, and a document renders on a screen, so the conversion maps those inks into RGB — and the ink gamut contains deep cyans and rich blacks that a screen cannot reproduce, which come back a little duller. Images already in RGB pass through untouched. If the document is heading for a printer rather than a screen, convert late and keep the CMYK original for the press. TIFF’s flexibility is its weakness — two TIFFs can be structured so differently that software reading one fails on the other — and files are large.

A ZIP archive of XML parts, together with the images and fonts those parts refer to. That is why one barely shrinks when it is archived, why a damaged one can sometimes be partly recovered instead of being a total loss, and why software that is not the original application can open it at all — the layout was published rather than reverse-engineered. It is also why the extension matters more than it looks: rename it and the tools that recognise it by name stop opening it, though not a byte inside has changed. DOCX is Office Open XML, the format Word has produced by default since 2007 and an ISO standard since 2008.

Free conversions have a size limit per file, set by the type of file, and the page tells you when a file is over it. A paid plan removes that limit, so much larger files can be converted.

Several files in one job need a paid plan. Free use is one file per conversion, one conversion an hour. On a paid plan you can add several files to one job, then download each result on its own or all of them in one ZIP.

Yes — the UI is responsive and the conversion pipeline runs server-side, so mobile devices upload-then-download just like desktops. iOS and Android browser file pickers (camera roll, Files app) work end-to-end.