Masung MS-205 Mini Thermal Receipt Printer for Mobile Handheld POS Devices

1. Ultra-Compact and Lightweight Design

The MS-205 features an exceptionally compact structure measuring 79.15 × 38.17 × 44.19 mm and weighing only 32 g. Its small footprint and lightweight construction make it suitable for integration into handheld POS terminals, portable payment devices, and other mobile equipment where space and weight are critical design considerations.

2. Clear and Efficient Thermal Printing

Equipped with line thermal printing technology and a resolution of 8 dots/mm (203 DPI), the MS-205 produces clear text and printing output at speeds of up to 70 mm/s. It supports 58 mm-wide thermal paper with a maximum printing width of 48 mm, making it suitable for compact receipts and transaction records.

3. Convenient Paper Loading and Reliable Operation

The easy-load paper mechanism simplifies paper roll replacement and helps reduce maintenance time. Supporting paper thicknesses of 60–100 μm and a maximum paper roll diameter of 123 mm, the MS-205 accommodates different paper requirements. Its built-in thermal sensor and photoelectric sensor support printhead temperature monitoring and paper detection.

4. Flexible Integration for Mobile POS Devices

Operating with a 5V power supply, the MS-205 is designed for integration into low-voltage portable electronic devices. Its serial communication interface and ESC/POS command compatibility simplify integration with compatible control systems. With a rated print length of up to 50 km and a specified pulse life of 100 million, it provides a practical embedded printing option for mobile POS manufacturers.

Applicable Scenarios and Customisation

The Masung MS-205 Mini Thermal Receipt Printer is suitable for handheld POS terminals, mobile payment devices, portable transaction terminals, and compact electronic equipment requiring receipt printing. 

Masung offers OEM/ODM customisation options for B2B customers, including mechanical integration, interface configuration, and printing software adaptation, subject to project requirements and technical evaluation.

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