Professional thermal printer designed for airport ticketing, boarding pass printing, and baggage tag applications.

What the Product Is

The Custom TK202III Metal Boarding Pass & Baggage Tag Printer is a direct thermal printer designed for airport ticketing systems. It supports both boarding pass printing (BPP) and baggage tag printing (BTP), making it suitable for airline and airport environments.

Who Uses It

This printer is commonly used by:

• Airport system integrators
• Airline check-in counter systems
• Self-service airport kiosks
• transportation ticketing operators
• aviation technology integrators

Where It Is Used

Typical installations include:

• Airport check-in counters
• Airline boarding gate stations
• self-service airport kiosks
• baggage handling systems
• transportation ticketing systems

Key Features

Boarding Pass & Baggage Tag Printing

Supports both BPP (Boarding Pass Printing) and BTP (Baggage Tag Printing) within the same device.

Direct Thermal Printing Technology

Thermal printing eliminates the need for ink or ribbon and supports continuous ticket printing operations.

High Printing Speed

Printing speeds up to 200 mm per second for efficient ticket output.

System Integration Support

Compatible with airport systems using CUTE and CUPPS environments when configured with supported firmware.

Flexible Connectivity

Interfaces may include:

• USB
• RS232
• optional Ethernet

Sensor Calibration

Automatic ticket calibration helps detect ticket gaps and ensures accurate ticket alignment during printing.

Technical Specifications

Printing Method
Direct Thermal

Print Resolution
203 dpi

Print Speed
Up to 200 mm/sec

Supported Ticket Types
Boarding passes (BPP)
Baggage tags (BTP)

Supported Barcodes
UPC-A
UPC-E
EAN13
EAN8
Code39
Code128
PDF417
DataMatrix
QR Code

Interfaces
USB
RS232
Optional Ethernet

Operating System Support
Windows
Linux

Optional Features
UHF RFID support depending on model configuration.

Applications

The TK202III printer may be used in:

• airport check-in systems
• boarding pass printing stations
• baggage tag printing stations
• airline passenger processing systems
• transportation ticketing systems

Purpose of Use

The Custom TK202III printer is designed for airport and transportation environments where reliable ticket and tag printing is required. It can be integrated into check-in counters, boarding gates, and automated kiosk systems.

Why NEOTECH® UAE

NEOTECH® UAE provides professional identification and printing technology solutions for enterprise and system integration projects.

Reasons customers work with NEOTECH®:

• transparent product information
• clear technical communication
• professional support for system integration questions
• consistent compliance with UAE business regulations

NEOTECH® is operated by NEOLYN TECHNOLOGY LLC – Dubai, UAE.

Internal Links

Shipping Policy
https://neotech.ae/policies/shipping-policy

Return Policy
https://neotech.ae/policies/refund-policy

Warranty & Repair Policy
https://neotech.ae/pages/warranty-amp-repair-policy

FAQ - Custom TK202III

Q: Can the Custom TK202III printer print both boarding passes and baggage tags?
A: Yes. The TK202III supports both boarding pass printing (BPP) and baggage tag printing (BTP) depending on system integration and configuration.

Q: Can this printer be used in airport kiosk systems?
A: Yes. The printer is designed for integration with airport kiosks and check-in systems when supported by the system software.

Q: Does the TK202III support RFID baggage tags?
A: Some configurations support UHF RFID depending on the model and installed modules.

Contact NEOTECH® UAE

NEOTECH® – Operated by NEOLYN TECHNOLOGY LLC

Email
support@neotech.ae

Phone / WhatsApp
+971 50 739 1234

Address
Store 13, Computer Building
Al Fahidi – Bur Dubai
Dubai 44245
United Arab Emirates

Disclaimer – NEOTECH® UAE

Product specifications are provided for informational purposes and may change based on manufacturer updates. Product images are for illustration purposes. System compatibility should be verified before deployment in operational environments.

Last Updated: 10 March 2026 (GST, UTC+4)