Printers

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Brand: CUSTOM
Product Code: KPM862H-AVIATION
Availability: In Stock
Call for Price: 281-469-4365

Heavy-Duty Aviation Printer for Boarding Pass & Bag Tag Processing

The CUSTOM KPM862H Kiosk Self-Service Printer is a robust airport printing solution engineered for demanding airline and transportation environments.

Designed for self-service check-in kiosks, self bag drop systems, and passenger processing applications, the KPM862H combines fast thermal printing, heavy-duty construction, advanced media handling, and intelligent barcode validation technologies into a compact aviation-ready printer platform.

Its support for RFID baggage tags, dual feeder configurations, and native AEA/ITPS aviation firmware makes it an ideal solution for modern airport automation systems.

Boarding Pass & Bag Tag Printing

  • Boarding pass printing
  • Baggage tag printing
  • Self-service kiosk integration
  • Compatible with CUSS and CUPPS platforms

High-Speed Thermal Printing

  • Printing speeds up to 220 mm/sec
  • 203 DPI thermal printing
  • Optimized for high-volume airport environments

Veriprint® Barcode Validation

Optional Veriprint® technology:

  • Validates boarding pass barcodes
  • Verifies baggage tag readability
  • Reduces passenger processing errors
  • Prevents unreadable barcode issuance

RFID Baggage Tag Support

Optional RFID functionality:

  • RFID baggage tags
  • Smart airport applications
  • Future-ready passenger processing

Advanced Media Handling

  • Automatic media calibration
  • Automatic paper length detection
  • Full auto-loading system
  • Minimal media waste

Dual Feeder Configuration

Optional dual feeder version:

  • Higher media capacity
  • Reduced passenger wait times
  • Increased printing throughput

Heavy-Duty Reliability

  • Ultra heavy-duty construction
  • Strong autocutter
  • Metallic structural design
  • Long operational lifespan

Printing Technology

  • Thermal fixed-head printing
  • 203 DPI resolution

Printing Speed

  • Up to 220 mm/sec

Supported Barcode Formats

1D Barcodes

  • UPC-A
  • UPC-E
  • EAN13
  • EAN8
  • Code39
  • Code93
  • Code128

2D Barcodes

  • PDF417
  • Data Matrix
  • Aztec
  • QR Code

Media Support

  • Paper width: 40 mm to 86 mm
  • IATA-compliant media support
  • Dual feeder options available

Connectivity

  • USB
  • RS232
  • Ethernet

Firmware & Emulation

  • Native AEA/ITPS support (2007–2022)
  • ATB emulation
  • BTP emulation
  • GPP emulation

Memory

  • 2 MB internal flash
  • 8 MB external flash
  • 640 KB internal RAM
  • 8 MB external RAM

Physical Specifications

  • Dimensions:
    • 163.8 x 152.5 x 96.5 mm
  • Weight:
    • 2.15 kg

Environmental

  • Operating temperature:
    • -20°C to +60°C

Airports & Airlines

  • Self-service check-in kiosks
  • Boarding pass issuance
  • Self bag drop systems
  • Passenger processing terminals

Transportation & Travel

  • Airline ticketing systems
  • Travel credential printing
  • Automated passenger handling

Self-Service Kiosks

  • Airport kiosk integration
  • Transportation terminals
  • Secure passenger authentication systems

Aviation Automation Systems

  • CUSS environments
  • CUPPS platforms
  • Automated airline operations

What is the CUSTOM KPM862H used for?

<p">The CUSTOM KPM862H is used for boarding pass and baggage tag printing in airport self-service kiosks, self bag drop systems, and airline passenger processing environments.

Does the KPM862H support RFID baggage tags?

Yes. Optional RFID functionality supports RFID baggage tag printing and smart airport applications.

What is Veriprint® technology?

Veriprint® is an optional barcode validation technology that checks barcode readability on boarding passes and baggage tags before they are issued.

Is the CUSTOM KPM862H compatible with CUSS and CUPPS?

Yes. The KPM862H is designed specifically for CUSS and CUPPS aviation environments and supports native AEA/ITPS firmware standards.

Does the printer support dual media feeders?

Yes. Optional dual feeder configurations are available for higher print volumes and improved passenger throughput.