Seiko thermal printing mechanism LTPD245B-384-E — 8 dots/mm (203 dpi) print head module

Seiko LTPD245B-384-E is a direct thermal printing mechanism with a print density of 8 dots/mm (203 dpi). Designed as a compact print head module, it is intended for receipts, labels and ticketing where moderate resolution and reliable operation are required. The module supports a maximum media width of 58 mm, a maximum print width of 48 mm and a maximum print speed of 100 mm/s, making it suitable for integration into POS devices, kiosks and compact printers.

Advantages

The Seiko LTPD245B-384-E offers stable direct thermal printing with a proven Seiko print head, compact dimensions for easy integration and consistent output at 203 dpi. Its support for narrow media and a 100 mm/s top speed balances print quality and throughput for transactional printing. The module is delivered as a print head mechanism suitable for OEM embedding in various devices.

Suitable for

• Receipt printing in POS terminals
• Label printing for small-format labels
• Ticket printing for kiosks and vending machines
• Integration into compact or embedded printers

Key specifications

• Printing method: direct thermal
• Resolution: 8 dots/mm (203 dpi)
• Maximum media width: 58 mm
• Maximum print width: 48 mm
• Maximum print speed: 100 mm/s
• Manufacturer: SEIKO, MPN: LTPD245B-384-E

How to use

Install the LTPD245B-384-E module into the host device according to the manufacturer's mechanical and electrical integration guidelines. Feed direct thermal media with a width up to 58 mm and align it to permit the 48 mm print width. Use the host's driver or control commands to initialize the print head and set print speed up to 100 mm/s as required by the application. Regularly check media alignment and replace media with compatible direct thermal paper or labels.

Usage recommendations

To ensure consistent print quality and long service life, use approved direct thermal media, avoid prolonged exposure of the print head to abrasive contaminants, and operate within the specified maximum speed and media width.