Brother TD-4650TNWBR printer, manufacturer image
TD · RFID Desktop Thermal Transfer Label Printer

Brother TD-4650TNWBR

UHF RFID and standard wireless connectivity at up to 8 in/s.

The TD-4650TNWBR provides 203 dpi thermal transfer and direct thermal printing at up to 8 in/s. Standard UHF RFID, Wi-Fi and Bluetooth suit buyers who need fast encoded identification labels with several integration choices.

TD-4650TNWBR key specifications
Print methodThermal transfer and direct thermal
Resolution203 dpi
Print speedUp to 8 in/s (203.2 mm/s)
Maximum print width108 mm
ConnectivityUSB 2.0 Type B and USB host; Ethernet 10/100BASE-TX; RS-232C; Wi-Fi 802.11a/b/g/n; dual-mode Bluetooth 4.2
Maximum roll outside diameter127 mm
Maximum ribbon length300 m
Ribbon widthUp to 110 mm
Minimum label length5 mm
Dimensions219 x 191 x 284 mm
RFIDStandard UHF RFID capability

Tell us the quantity and delivery country. Exact version, stock, delivery and service terms are confirmed before ordering.

What it is for.

  • RFID logistics labels
  • Asset identification
  • Manufacturing barcode labels

Useful details.

  • Standard UHF RFID printing
  • Up to 8 in/s maximum print speed
  • Wi-Fi and Bluetooth included as standard interfaces
Manufacturer specifications

Before you order

  • Thermal transfer requires a matched label stock and ribbon; direct thermal uses heat-sensitive media.
  • Confirm the label material, ribbon type and print durability needed for the application.
  • BarTender printing is supported; confirm the software edition and integration requirements for your system.
  • Confirm the RFID inlay, encoding requirements and intended reader workflow before selecting labels.
  • The feature section identifies 108 mm as maximum print width; the separate 110 mm specification is ribbon width.

Products shown are the specified China-market models. Regional versions, software language, power requirements and service eligibility should be checked for your destination.

Let’s find your
labeling setup.

Send us your model, quantity and delivery destination.