Print round and rectangular stickers on Phomemo M110, M120, M200, M220 and the countless no-name Bluetooth thermal label printers — right from your Mac.
Drop an image, fit it inside the shape, hit Print. No vendor app, no phone, no account.
Works with the Phomemo M110, Phomemo M120, Phomemo M200/M220, and the countless white-label 58 mm thermal label makers sold on AliExpress, Amazon and Temu under names like Munbyn, POLONO, Marklife, Jadens, iDPRT — many of them are the same board inside and show up in Bluetooth as “Label Printer” or a bare serial number. If your sticker printer prints 48 mm wide at 203 dpi over Bluetooth LE, it almost certainly speaks the Phomemo M110 protocol this app implements.
- Round or rectangular labels — width, height and corner radius in millimetres
- Drop an image into the window, onto the Dock icon, or “Open With → Sticker”
- The preview is not your file — it is the exact 1-bit raster the print head will burn
- Artwork size and feed length are independent — print a 35 mm design on a 50 mm die-cut label and stay inside the cut
- Alignment pad (±0.5 mm per tap) for when the print drifts off the die-cut
- Mirror / 180° / both — thermal heads differ; one tap fixes mirrored or upside-down output
- Artwork mode (clean threshold) for logos and monograms, Photo mode (Floyd–Steinberg dithering) for photographs, plus a background cleaner that kills JPEG speckle
- Copies, print speed, burn density
- Pin your printer or filter by name — never connect to the neighbour's device
- English, Ukrainian and Russian interface — switch with the flag buttons, no restart
- Download Sticker.dmg (≈3 MB, universal)
- Drag Sticker into Applications
- First launch: macOS blocks unsigned apps. Open System Settings → Privacy & Security,
scroll down, click “Open Anyway” — or run:
xattr -dr com.apple.quarantine /Applications/Sticker.app
- Allow Bluetooth, switch the printer on. Done.
The app is free, open source, and does not touch the network — the only radio it uses is Bluetooth to your printer.
My prints come out mirrored / upside down. That is the print head, not your file. Switch Orientation on tape to Mirror, 180° or Both until it matches the preview. The preview itself never flips — it always shows the label as it lands in your hand.
White areas print with random dots and speckles. Your “white” JPEG background is actually 240–254 grey, and Photo mode faithfully dithers it. Switch to Artwork mode and raise Background cleanup — the speckle disappears.
The app can't find my printer, but the phone app sees it.
Many clones don't advertise any brand — they appear as Label Printer or a serial number like
Q199E4BU0980023. Sticker recognises those, and every nearby device is listed under
Printer — just click yours once, then hit Remember this printer.
The print misses the die-cut circle. Print a Test outline first, then nudge with the alignment pad in 0.5 mm steps. The offset is remembered.
Why is a 50 mm label printed only 48 mm wide? The head has 384 dots at 203 dpi = 48 mm. The outer millimetre on each side is physically unreachable on every printer of this class.
Does it work with Niimbot, Brother or DYMO label printers? No — Niimbot B1/B21/D110, Brother P-touch and DYMO use their own protocols. This app covers the Phomemo M110 dialect, which the cheap 58 mm "Label Printer" clones share.
Is my data uploaded anywhere?
No. There is no network code in the app at all — check Sources/, it's ~1200 lines of Swift.
| Printer | Advertised BLE name | Status |
|---|---|---|
| Phomemo M110 | M110-xxxx, Phomemo… |
protocol reference |
| Phomemo M120 / M200 / M220 / M221 | M120…, M220… |
same protocol family |
| Unbranded 58 mm label makers (Munbyn, POLONO, Marklife, Jadens, iDPRT rebrands) | Label Printer, bare serial (Q199E4…) |
confirmed working |
Anything with BLE service FF00, write characteristic FF02 |
— | should work |
| Niimbot B1 / B21 / D110, Brother, DYMO | — | ✗ different protocol, not supported |
Reverse-engineered ESC/POS-like dialect. Commands must be separate GATT writes with pauses — merged into one stream the printer blinks and silently drops the job.
1b 4e 0d <speed> 1 = slow … 5 = fast ⏸ 30 ms
1b 4e 04 <density> 1 … 15 ⏸ 30 ms
1f 11 <media> 0a gapped · 0b continuous · 26 black-mark
1d 76 30 00 <wLE16> <hLE16> raster header, w = 48 bytes/line
<bitmap> 1 bpp, MSB left, 1 = black, 128-byte chunks ⏸ 20 ms
⏸ 300 ms
1f f0 05 00 1f f0 03 00 footer ⏸ 500 ms
The app logs every BLE device, service and characteristic it sees to
~/Library/Logs/Sticker.log — start there if anything misbehaves.
No Xcode project, no dependencies — just the Swift toolchain:
./build.sh # → dist/Sticker.app + basic dmg
./make-dmg.sh # → styled installer with background and layoutProtocol byte sequences were first documented by phomemo-tools and pyphomemo. Sticker reimplements them natively in Swift over CoreBluetooth.
MIT — do whatever you like, attribution appreciated.