Toshiba BX410T-GS02-QM-S impresora térmica directa de transferencia térmica - impresora de etiquetas - impresión por transferencia térmica

Industrial label printer with thermal transfer and direct thermal printing, delivering high-speed output at up to 14 inches per second with 203 dpi resolution. The BX410T-GS02-QM-S handles demanding labeling tasks with precision, supporting media widths up to 104 mm and label lengths up to 1498 mm. Its rugged metal housing and versatile connectivity make it a reliable choice for manufacturing, logistics, and retail environments.

Advantages

Built for continuous operation, this printer combines a fast 355 mm/s print speed with a durable metal chassis that withstands industrial conditions. The large 16 MB SDRAM and 32 MB Flash memory enable efficient processing of complex label formats, while the reflective and transmissive sensors ensure accurate media detection across various label types. An optional cutter adds flexibility for automated label dispensing.

Suitable for

• Shipping and receiving labels in warehouses
• Product identification and barcode labels in manufacturing
• Retail price tags and shelf labels
• Asset tracking and inventory management
• Compliance labeling in healthcare and logistics

Key specifications

• Print technology: Thermal transfer and direct thermal
• Maximum resolution: 203 x 203 dpi
• Maximum print speed: 355 mm/s (14 ips)
• Maximum print width: 104 mm
• Maximum print length: 1498 mm
• Connectivity: USB 2.0, Ethernet 10/100, RS-232 serial
• Memory: 16 MB SDRAM, 32 MB Flash
• Media sensors: Reflective and transmissive
• Emulations: ZPL II, Datamax, Intermec
• Power supply: Internal AC 100-240V
• Operating temperature: 5°C to 40°C
• Display: LCD
• Housing: Metal

Recommendations

For high-volume label printing where speed and reliability are critical, the Toshiba BX410T-GS02-QM-S offers an excellent balance of performance and durability. Its support for common printer languages ensures easy integration into existing systems, while the optional cutter enhances automation capabilities.