X-POS B300 3-inch Mobile Thermal Printer, USB, Bluetooth, 120mm/s

X-POS B300 Thermal Printer

The X-POS B300 Mobile Printer provides a ruggedized direct thermal printing solution for mobile point-of-sale and logistics environments. This 3-inch device supports dual-mode printing for both receipts and labels, utilizing a high-speed engine capable of 120mm/s throughput. It integrates Bluetooth 4.2 BLE and USB 2.0 interfaces for versatile connectivity with Android, iOS, and Windows systems. Additionally, the internal architecture features a 203DPI print head designed for high-definition character and barcode rendering. Consequently, users can produce legible 80mm wide documents in field service or warehouse settings. The 2500mAh lithium-ion battery ensures operational longevity during extended shifts. Charging occurs via a standard Type-C port, allowing compatibility with universal power banks and vehicle chargers.

Key Features

• Dual Media Support
  This unit handles both direct thermal receipt paper and adhesive labels without requiring hardware modifications.

• High-Speed Throughput

  • Maximum print speed of 120mm per second reduces transaction time.
  • Consistent 203 DPI resolution ensures barcode scan accuracy.

• Ruggedized Chassis
  The exterior housing features a super sturdy, compact design intended for high-mobility field applications.

• Advanced Power Management
  A 2500mAh high-capacity battery supports long-term field operation between charge cycles.

Specifications

What’s in the Box

• X-POS B300 Mobile Printer
• Rechargeable 2500mAh Battery
• USB Type-C Charging Cable
• Sample Thermal Paper Roll
• User Manual

Why Choose This Thermal Device

• High-speed 120mm/s printing capabilities significantly optimize workflow efficiency in retail environments.
• The dual connectivity suite ensures hardware compatibility with diverse legacy and modern computing platforms.
• Universal Type-C charging eliminates the requirement for proprietary power adapters during field deployment.
• Robust build quality protects internal components against mechanical shock in high-traffic commercial settings.