Microsoft Lens turned a phone camera into a document scanner. It photographed paper, whiteboards, receipts, business cards, signs, handwriting, sketches, and equations, then corrected the crop and viewing angle before saving or exporting the result. Microsoft Lens handled a single capture or a group of pages, but it did not edit the original paper or replace a flatbed scanner for colour-critical archiving. Its main difference from an ordinary camera photo was the capture mode: each mode told Microsoft Lens how to find edges, clean the image, and prepare the output for reading or text recognition.
Microsoft has now retired Microsoft Lens. New scanning no longer works, and the stores no longer distribute the app. This changes the purpose of an existing installation. It may still open scans that already exist, but that access depends on keeping Microsoft Lens installed and staying signed in with the last account that used it. Removing the app before copying those scans can close the remaining route to them.
Pick the capture mode
Document mode looked for a rectangular page and prepared it as a readable scan. Whiteboard mode treated glare and background differently because marker writing sits on a reflective surface. Business Card mode could read contact details and turn them into a contact record. Photo mode kept more of the image treatment expected from an ordinary picture.
The choice mattered before capture. A receipt photographed in Photo mode could keep its appearance yet give text recognition a less suitable source. A whiteboard captured as a document could retain shadows that Whiteboard mode tried to remove. Microsoft Lens let the user adjust the detected boundary, rotate the image, reorder pages, or add another page before finishing, so a multipage scan still required a quick page-by-page check.
Turn pixels into text
Microsoft Lens Actions went beyond saving a picture. Text extracted printed or handwritten characters for copying. Table attempted to rebuild rows and columns from a photographed table. Read sent recognised text to Immersive Reader, while Contact used a business card to create address-book data. QR Code read the encoded destination without treating the square as a document.
Optical character recognition does not recover detail that the camera never captured. Blur, glare, a steep angle, folded paper, or handwriting can change the result. A clean-looking scan can still contain a wrong name or number after extraction, so contact details and tables need comparison with the original before reuse. Work accounts in some managed environments also lacked Business Card, text and table extraction, Office exports, or OneNote upload.
Choose the destination
Microsoft Lens could save a scan as a PDF, send an image to the gallery, or create editable Word and PowerPoint output. It could also place material in OneNote or OneDrive and attach it to email. Those destinations were different conversions. A PDF preserved pages for sharing, while a Word export attempted to rebuild editable text and layout. PowerPoint treated recognised handwriting and drawing elements as objects rather than delivering an exact visual copy.
The recommended replacement now lives inside OneDrive. OneDrive can scan documents, whiteboards, business cards, and photos, but its scanning flow saves to cloud storage rather than a local-only file on the device. Anyone who needs offline local copies must plan a separate export or download step. Before Microsoft Lens leaves a device, the safer sequence is to open the existing scans, copy the required files to a known destination, and verify those copies outside Microsoft Lens.
