Phone for consultations

+371 2044 5544

DPU-S445 Mobile thermal printer

Description

Moving to mobile solutions can significantly improve bottom-line results by making employees more efficient, reducing transaction processing times, expanding profit opportunities, and providing many other benefits. For some, the transition to mobile solutions may seem too difficult. The devices must be durable to provide reliable performance over a long period. Downtime due to device repairs is not permitted. Technological solutions must be simple enough for operators who are not IT technology experts to work effectively with them. With companies on tight budgets, devices need to start paying for themselves from day one.

DPU-S series mobile printers cope with all challenges thanks to their durable design, simple interface, favourable price and functionality, significantly reducing the return on investment period.

Reliable, high-performance printing

The DPU-S models can withstand multiple drops from a height of 1.2 m onto a concrete floor, and the total minimum print volume per device is 50 km or approximately 328,000 receipts. This proven reliability ensures a long device life in the harshest conditions.

Lightweight and easy to use

These printers are highly mobile and easy to use. The small size and light weight make DPU-S printers a great alternative to heavy, bulky models. The convenient paper roll compartment allows you to insert a new roll without reducing the work speed. Intuitive LED indicators provide accurate information about the status of the printer.

Maximum profitable investment

DPU-Sprinters are the perfect mobile printing solution at a very affordable price that fits today’s tight budgets. Providing excellent everyday performance, the DPU-S series printers are the right solution for businesses transitioning to mobile technology.

Technical features

Size: 145 x 135 x 58
Weight: 490g
Operating temperature range: from 0°С to +50°С
Print method: Thermal
Connection: Bluetooth, USB, IrDA(ver1.2), Serial
Speed: 90mm/sec