Epson TM-L90LF (688) stampante POS a trasferimento termico - USB Ethernet, linerless, grigio scuro

Retail environments that handle labels, receipts, and tickets need a printer that does not slow the line down. This Epson TM-L90LF thermal printer with the 688 model designation delivers fast, crisp output and accepts liner-free media, cutting waste and reducing how often you have to reload paper. With both USB and Ethernet interfaces, it slots into a standard cash register or POS system and shares a connection across multiple terminals.

Who is it for

Built for shops, restaurants, and service counters that print labels and receipts on 40, 58, or 80 mm media. The liner-free capability makes it especially useful for food delivery orders, price tags, and shipping labels where every millimeter of waste paper matters.

Main features

• Direct thermal printing at up to 170 mm per second for fast transactions
• 203 x 203 dpi resolution for sharp text and barcodes
• Adjustable paper width from 40 to 80 mm for flexible label sizes
• Liner-free printing saves the cost and hassle of backing paper
• Built-in auto cutter with a 2,000,000 cut lifespan
• USB 2.0 Type-B and Ethernet 10/100Base-T/TX interfaces
• Reliable MCBF of 70,000,000 lines for busy environments
• Dark grey colour fits modern POS setups

Specifications

• Print method: Direct thermal
• Print speed: Up to 170 mm/s
• Resolution: 203 x 203 dpi
• Paper widths: 40 mm, 58 mm, 80 mm
• Paper type: Liner-free thermal labels, plus standard thermal media
• Interfaces: USB 2.0 Type-B, Ethernet 10/100Base-T/TX
• Cutter: Auto, partial cut (2 million cuts)
• Reliability: 70,000,000 lines MCBF
• Power: Internal AC adapter included
• Emulations: ESC/POS
• Barcodes: 1D and 2D including QR Code and DataMatrix
• Colour: Epson Dark Grey (EDG)

Tips

For liner-free media, set the paper width to match your labels exactly to avoid jams. Use the optional wall mount bracket to save counter space in tight service areas, and connect the Ethernet port to your LAN for shared printing across multiple registers.