Meesho shipping label crop tool

Five steps, and the middle three only matter the first time — save the result as a layout and tomorrow's batch is two taps.

1. 1

   Add the label PDF

   Drag the manifest you downloaded from the Meesho supplier panel onto the drop area, or browse for it. It is read on your device; nothing is uploaded. Flipkart, Amazon and Valmo manifests work the same way.

2. 2

   Check the label box

   The tool detects the label band above the tax invoice and draws a box around it. Switch to Fixed crop to take over: drag the handles, drag inside the box to move it, or drag on the page to draw a new one. Arrow keys nudge, Shift plus arrows resize.

3. 3

   Pick the label size

   Choose 4×6 inch or 100×150 mm for a thermal printer, 4×4 inch for a smaller roll, or a 2-up or 4-up A4 sheet if you print on an office printer. Crop to fit keeps the label at exactly the size you drew.

4. 4

   Set the pages and the order

   Narrow the page range if you only need part of the manifest, leave blank pages skipped, and sort by SKU or courier if you want the stack to match the way you pick and hand over.

5. 5

   Crop and download

   Press Crop labels. One PDF comes back, or a file per SKU or courier if you asked for a split, plus the invoices and the pick list if you asked for them. More than one file downloads as a single ZIP.

Every dispatch batch you export from the Meesho supplier panel comes back as one PDF where each page carries a shipping label at the top and the customer's tax invoice underneath. The courier wants the label, on 4×6 thermal stock, and nothing else. Feeding the sheet straight to a thermal printer shrinks the whole A4 page onto a 4×6 sticker, so the address becomes unreadable and the barcode ends up too small for the pickup executive's scanner. Cropping the pages by hand in a preview application is slow, and it is the kind of slow that scales with the number of orders you got that day.

This tool crops the same label area on every page of a Meesho shipping-label PDF. Define the label box once on page one and it is reproduced across the whole file — batch-crop all pages with a fixed label area, remove the tax-invoice section, and save crop presets so the next batch takes seconds. It works for Flipkart, Amazon and Valmo manifests too: anything with one repeated layout per page.

What you get

• One selection, many pages: the same crop proportions on every page you include, across as many manifests as you drop in.
• Real label sizes: 4×6 inch, 100×150 mm, 4×4 inch, or 2-up and 4-up A4 sheets — the page comes out at the size you print at.
• Barcodes that still scan: the courier's artwork is carried across rather than photographed, so nothing is resampled.
• Layouts: save a crop box for tomorrow's batch.
• Page range: crop only the pages you need.
• Margins: expand the crop slightly so a scanner keeps the quiet zone either side of the barcode.
• Privacy: every label carries a customer's name, address and phone number, and none of it leaves your device.

A direct-thermal label printer does not scale to fit — it prints what it is given onto the stock that is loaded, and anything that does not match gets scaled by the driver on the way. That is the single most common reason a cropped label still comes out wrong: the crop was right and the page size was whatever the crop happened to measure. Choosing the size here makes the output page exactly the label, so the driver has nothing left to decide.

Which one to choose

• 4×6 inch: the standard Indian e-commerce thermal roll, and what to choose if you are not sure. 288 × 432 points.
• 100×150 mm: the same label described in millimetres. A hair narrower than 4×6 at 283.5 × 425.2 points, and worth picking if your stock is specified in mm.
• 4×4 inch: for the shorter square rolls some sellers use for small parcels.
• A4, 2 per sheet / 4 per sheet: for an ordinary office printer. The labels are placed in reading order, left to right and top to bottom, so a cut stack stays in the order you picked.
• Crop to fit: the page becomes exactly the rectangle you drew. Useful when you are cropping to archive rather than to print.

The label is centred and scaled to fit whichever size you pick, keeping its proportions — it is never stretched. A portrait label on a portrait 4×6 page fills it almost exactly, which is what you want.

Your selection is stored as fractions of the first page as it is displayed — a left, top, width and height between 0 and 1 — rather than as a measurement in points. That is what lets the same box mean the same thing on a page of a different size, and it is why a manifest whose pages are not all identical still crops sensibly. For each output page those fractions are turned back into a rectangle in the page's own coordinates, and that rectangle becomes the new page.

Smart crop takes it one step further: the left edge, the top edge and the width come from your box and stay fixed, and only the bottom edge is recomputed per page, from the page's own text positions, its full-width separator rules, and where ink actually sits. That is what handles a manifest where the invoice block is taller on a three-item order than on a one-item order. Fixed crop turns that off and applies your box unchanged to every page.

There are two ways to produce a cropped label and they are not equivalent, so the tool lets you choose and defaults to the one that is right for a marketplace PDF.

Original artwork (the default)

The page's own drawing instructions are carried into the new document and clipped to your box. Nothing is redrawn and nothing is resampled, so the barcode is still the exact set of bars the courier specified, the address is still selectable text, and the file is roughly the size of the part of the page you kept. Scaling it onto a 4×6 page is a change of size, not a change of detail — the bars stay crisp whatever resolution the printer runs at.

Rendered pages

Each page is drawn to a picture at a resolution you choose and the picture is placed on the new page. This is the right answer for a scanned label — a page that is already one photograph has no artwork to carry across, and rendering it is honest. It is the wrong answer for an ordinary marketplace PDF: the bars become a fixed grid of dots, and below a certain resolution neighbouring bars merge and the code stops scanning. The setting offers 203 dpi by default because that is the native resolution of the thermal print heads these labels go to.

A courier's PDF is very often rotated — the page is stored in landscape and carries an instruction telling the reader to turn it — and some place the label on a larger sheet with bleed, so the page's coordinates do not start at the corner you can see. Both are ordinary, and both break a crop that assumes the page starts at the origin and is the right way up.

The crop here is computed against the page exactly as your reader displays it, with the rotation and both page boxes composed together, and the rotation is then baked into the output so the file prints the same way through every pipeline rather than relying on the printer to honour it. The practical consequence is the one that matters: the box you draw in the preview is the label you get, whichever way the source PDF happens to be stored.

A few things that are worth knowing before you run a batch of several hundred labels, most of them learned the expensive way by somebody who did not.

Tips for best results

• Run one page first. A page range of 1 to 1 costs a second and tells you whether the box is right before you commit a whole manifest to thermal stock.
• Leave a small margin if a scanner struggles. A barcode needs clear space either side of it — the quiet zone — and a crop tight against the last bar can take it away.
• Blank pages are skipped by default, and the tool tells you how many. Each one you print is a wasted sticker.
• If pages have different sizes the tool says so. A merged file is the usual cause, and the fractional crop still maps proportionally, but it is worth checking.
• Cropping to Original artwork usually makes the file smaller than the source, because most of each page is thrown away. Rendered pages usually makes it larger.

Once the labels are right, the rest of the job is a warehouse problem: pick the stock, stick the labels, and hand the right parcels to the right pickup executive. Three settings turn a stack that is in marketplace order into a stack that matches the way you actually work.

The three options

• Sort by SKU: every label for the same item comes out together, so you walk the shelf once instead of once per order. Labels for one SKU stay in the marketplace's own order, so a multi-quantity order is not shuffled.
• Sort by courier: Valmo, Delhivery, Shadowfax and Xpressbees each end up in one block, so the stack is already sorted when the pickups arrive.
• Split into separate files: one PDF per SKU or per courier instead of one sorted file, delivered as a ZIP. Useful if different people pack different lines.
• Pick list: a CSV of SKU, quantity, courier and page numbers, which is the sheet you carry to the shelves.

The SKU and the courier are read from the page's own text. If a label does not carry one the tool does not guess: it goes into an UNMAPPED group, which sorts last so it never buries the labels you can act on.

Keep the original manifest you downloaded from the marketplace — it is the only record of what was dispatched, and a cropped file has thrown most of it away. Run a one-page test before processing hundreds of labels, especially the first time you use a new courier. And check a printed label against a scanner before a large run rather than after it.

Quality and file size

• Original artwork keeps the label exactly as the courier drew it, and the output is usually smaller than the source because most of each page is discarded.
• Rendered pages produce a picture per label; the file grows with the resolution you choose, and 600 dpi over a 300-page manifest is a large download for no benefit on a 203 dpi print head.
• Scaling to 4×6 or 100×150 never softens original artwork — it is a change of size, not of detail.
• A margin of 2–3% is usually enough to restore a barcode's quiet zone without pulling the invoice back in.

Typical uses

• Meesho daily dispatch: trim each page to the printable label and send it straight to 4×6 thermal stock.
• Flipkart and Amazon manifests: the same workflow, with courier grouping for the handover.
• Office printer, no thermal roll: 4-up A4 sheets, cut along the grid.
• Accounting: keep the tax invoices as their own PDF while the labels go to the printer.
• Archiving: strip the label band off and keep only what you need long term.

The document is parsed on your device and every page's size, rotation and visible area are read without drawing anything, which is why a 250-page manifest is ready in about a second. Page one is drawn once, for the preview you draw your box on. The crop itself never draws anything at all: the pages' own instructions are copied into a new document, clipped to your rectangle, and placed on a page of the size you chose. The work happens off the main thread, so the page stays responsive while a long batch runs.

Processing steps

• Read: parse the document and record each page's boxes and rotation. No pages are drawn.
• Preview: draw page one so you have something to place the box on.
• Detect: in Smart crop, find the bottom of the label from the page's text, its separator rules and its ink.
• Plan: work out which pages are in range, which are blank, and what order the labels come out in.
• Write: copy each page's artwork into the new document, clipped to the crop and placed on the chosen label size.
• Deliver: one PDF, or a file per group plus the invoices and the pick list, packed into a single ZIP.

Cropping runs on your device, with the pages processed off the main thread so the page stays responsive.

• PDF compressor
• PDF splitter
• PDF merger
• PDF to image
• Rotate PDF
• Remove PDF pages