EP802-C Compact Thermal Printer
A compact industrial thermal printer delivering ultra-fast, reliable printing for self-service kiosks, gaming, parking, and other demanding indoor and outdoor applications.
- Ultra-Compact Design
- High-Speed Printing
- Smart Bezel Technology
- Built for Harsh Environments
The EP802-C Compact Thermal Printer is a high-performance embedded printing solution designed for demanding self-service applications. With its ultra-low profile and compact footprint, it integrates effortlessly into kiosks, gaming terminals, parking systems, ticketing machines, parcel lockers, and outdoor vending applications where installation space is limited. Delivering print speeds of up to 350mm per second, it provides fast, reliable receipt and ticket printing to keep customer transactions running smoothly.
Built on the proven EP802 platform, the EP802-C combines exceptional reliability with enhanced flexibility and ease of maintenance. It supports multiple paper widths, automatic paper loading, and a highly durable cutter, while the intelligent bezel incorporates anti-block and anti-drag technology to improve operational security. Optional outdoor configurations and a wide range of accessories make the EP802-C an ideal choice for OEMs and system integrators looking for a dependable, high-performance thermal printer for both indoor and outdoor environments.
Key Features:
- Ultra-Compact Design: Low-profile housing for easy integration into space-constrained kiosks and terminals.
- High-Speed Printing: Print speeds of up to 350mm/s for fast, efficient transactions.
- Flexible Media Support: Compatible with multiple paper widths and roll sizes to suit a variety of applications.
- Smart Bezel Technology: Integrated anti-block and anti-drag system for improved security and reliability.
- Built for Harsh Environments: Optional outdoor bezel provides dependable performance in external installations.
- Easy Maintenance: Rear access and automatic paper loading minimise downtime and simplify servicing.

















