Reliable thermal ticket printing for airport systems, kiosk integration, and high-volume ticket environments.

What the Product Is

The Custom TK202III Ticket Printer is a direct thermal printer designed for professional ticketing systems. It supports boarding pass printing (BPP) and baggage tag printing (BTP) and integrates with airline and kiosk platforms.

Who Uses It

This printer is commonly used by:

• Airport and airline system integrators
• Transportation ticketing operators
• Self-service kiosk manufacturers
• Event and venue ticketing systems

Where It Is Used

Typical installations include:

• Airport check-in counters
• Self-service check-in kiosks
• Transportation ticketing systems
• Event ticket printing stations
• Automated kiosk environments

Key Features

Direct Thermal Printing
Print technology designed for ticket and tag printing without ink or ribbon.

High Print Speed
Print speed up to 200 mm per second for ticket and tag output.

Boarding Pass & Baggage Tag Support
Supports BPP and BTP ticket formats used in airline environments.

Airline Platform Compatibility
Designed for integration with CUTE and CUPPS systems using AEA firmware.

Flexible Connectivity
Interfaces include:

• USB
• RS232
• Optional Ethernet

RFID Option Available
Some versions support UHF RFID compatible with EPC Gen2 and IATA standards.

Automatic Ticket Calibration
Automatic sensor calibration helps detect ticket gaps or marks when loading paper.

Technical Specifications

Printing Method
Direct Thermal

Resolution
203 dpi

Print Speed
Up to 200 mm/sec

Supported Barcodes
UPC-A, UPC-E, EAN13, EAN8
Code39, ITF, Codabar
Code93, Code128
PDF417, DataMatrix, QR Code

Interfaces
USB
RS232
Optional Ethernet

Sensors
Adjustable optical sensors for ticket detection and gap detection

Operating System Compatibility
Windows
Linux
Android
iOS

RFID Support (Optional)
UHF RFID compatible with EPC Gen2 / ISO 18000-6C

Applications

This printer can be used for:

• Airport boarding pass printing
• Baggage tag printing
• Transportation ticket printing
• Event ticketing systems
• Self-service kiosk ticket printing
• Parking and access control ticketing

Purpose of Use

The Custom TK202III ticket printer is designed for automated ticketing environments where reliable ticket output and system integration are required. It is suitable for system integrators, airport technology projects, and kiosk installations.

Why Choose NEOTECH® UAE

NEOTECH® UAE supplies professional printing and identification technology for system integrators and enterprise customers.

Customers choose NEOTECH® because of:

• Transparent product information
• Professional technical communication
• Support for system integration inquiries
• Clear delivery and return policies

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

FAQ - Custom TK202III printer

Q: Can the Custom TK202III printer print boarding passes?

A: Yes. The printer supports boarding pass printing (BPP) and baggage tag printing (BTP) depending on system integration and configuration.

Q: Can this printer integrate with airline check-in systems?

A: The TK202III is designed for integration with airline environments that use CUTE or CUPPS platforms and compatible AEA firmware.

Q: Does this printer support RFID baggage tags?

A: Some versions support UHF RFID compatible with EPC Gen2 and relevant IATA standards. Compatibility depends on the specific model.

Internal Links

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

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

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

Contact NEOTECH® UAE

NEOTECH® – Operated by NEOLYN TECHNOLOGY LLC

Email
support@neotech.ae

WhatsApp / Phone
+971 50 739 1234

Address
Store 13, Computer Building
Al Fahidi – Bur Dubai
Dubai 44245, UAE

Disclaimer – NEOTECH® UAE

Product specifications are provided for general informational purposes and may change based on manufacturer updates. Images are for reference only. Compatibility with specific systems should be verified before deployment.

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