Custom VKP80III RX65 SIDE CONN - POS-printer

Print at an astonishing 250 mm/s with the Custom VKP80III RX65 Side Connection POS Printer. This direct thermal workhorse delivers crisp 200 dpi receipts on 80mm paper, backed by a 1,000,000-cut auto cutter and a 100 km print head life—engineered for relentless kiosk and self-service environments.

Overview

The Custom VKP80III RX65 is a high-performance POS printer designed for demanding retail, hospitality, and kiosk applications. Its side connection orientation simplifies integration into compact enclosures, while support for USB, RS232, and optional Ethernet ensures seamless connectivity across diverse systems. With ESC/POS emulation and broad driver compatibility (Windows, Linux, Android, iOS), deployment is straightforward.

What stands out

• Blazing 250 mm/s print speed for high-throughput environments
• Durable 100 km print head and 1,000,000-cut auto cutter for minimal maintenance
• Side connection design ideal for kiosks and self-service terminals
• Flexible paper width: 80mm (adjustable to 58mm) with 180mm roll capacity
• Multiple connectivity options: USB, RS232, and optional Ethernet

Technical details

• Print Technology: Direct Thermal
• Print Resolution: 200 dpi
• Print Speed: 250 mm/s
• Paper Width: 80 mm (adjustable to 58 mm)
• Maximum Paper Roll Diameter: 180 mm
• Auto Cutter: Yes (Partial/Full Cut)
• Connectivity: USB, RS232 (Serial), Ethernet (Optional)
• Connectivity Orientation: Side Connection
• Emulation: ESC/POS
• Sensors: Paper End, Paper Near End, Black Mark, Head Temperature
• Power Supply: 24V DC (External)
• Operating Temperature: 0°C to 50°C
• Mean Cycles Between Failures (MCBF): 1,000,000 cuts
• Print Head Life: 100 km
• Drivers Supported: Windows, Linux, Android, iOS
• Application: Kiosk, POS, Self-service terminals

Our verdict

The Custom VKP80III RX65 Side Connection POS Printer combines exceptional speed, rugged durability, and versatile connectivity, making it the ideal choice for businesses that demand reliable, high-volume receipt printing in space-constrained environments.