-

Kyocera Launches Revolutionary TPA Series Thermal Printhead

Offers industry’s highest speed with exceptional quality for barcode labels in healthcare, food processing, other key markets

KYOTO, Japan--(BUSINESS WIRE)--Kyocera Corporation (TOKYO: 6971) (President Hideo Tanimoto, "Kyocera") has unveiled the new "TPA Series" thermal printhead, which delivers exceptional printing quality at an impressive speed of 250 mm per second (mm/s) — setting a new industry benchmark1 for barcode label applications. These printheads will enhance productivity in many fields, including distribution, food processing, and healthcare. Full-scale production is planned for August 2025.

Product name

"TPA Series" thermal printhead for barcode labels

Model number

TPA-108-8TCC2-PFS

TPA-108-8TCC2-PFS2

TPA-108-8TCC2-PFS3

Applications

Barcode labels

Desktop printers

Mass production

August 2025

Main Features

  1. High-quality printing at industry's fastest speed (250 mm/sec.).
  2. Expanded head mounting position tolerance.
  3. Excellent environmental resistance and low wear for long-distance running.

Development Background

With the rising trend toward urbanization in emerging economies and the increasing demand for consumer goods, including food, clothing, and housing, the volume of logistics continues to intensify. In the food processing industry, barcode printing demand has surged with rising requirements to provide product and delivery details, including mandatory nutritional information. Meanwhile, methods to improve operational efficiencies and decrease labor costs are needed worldwide. Faster, more durable thermal printheads for printing labels and barcodes are required for reliable, high-volume and varied applications.

Product Specifications

1. High-quality printing at the industry's fastest speed (250 mm/sec.)

Kyocera's unique heating element formation technology has achieved the industry's fastest printing speed of 250 mm/sec. Furthermore, even at high printing speeds, the printing remains clear from start to finish, with higher definition and quality.

Evaluation Grades for Barcode Print Quality (Standard: ISO15416)

Grade

Evaluation

Interpretation

A

3.6 - 4.0

Readable by scanning each section once

B

2.5 - 3.5

Readable if scanned multiple times

C

1.5 - 2.4

Readable if multiple locations are scanned once

D

0.5 - 1.4

Readable if multiple locations are scanned multiple times

F

0.0 - 0.4

Reading is not possible or not reliable

2. Flexible head mounting positions support a wide variety of print media.

To achieve high print quality, the conventional head structure has been improved, and heat conduction from the heating element has been enhanced for broader head mounting position tolerance. Stable, high-quality printing is now possible on a wide variety of print media across the entire printing width.

3. Withstands severe environmental conditions, offering reduced wear and extended life

The TPA Series provides improved corrosion and wear resistance through Kyocera’s unique film deposition technology. As a result, the printhead’s superior robustness even under severe environmental conditions contributes to longer life with less wear over extended duty cycles.

1 Among thermal printhead products designed for desktop printers; Kyocera research, July 2025.

Contacts

Hiroyuki Tsuda
Market Communication Section
KYOCERA CORPORATION Head Office
6 Takeda Tobadono-cho, Fushimi-ku, Kyoto 612-8501 Japan
TEL +81-75-604-3514 FAX +81-75-604-3516
Email hiroyuki.tsuda.ke@kyocera.jp

KYOCERA Corporation

TOKYO:6971

Release Versions

Contacts

Hiroyuki Tsuda
Market Communication Section
KYOCERA CORPORATION Head Office
6 Takeda Tobadono-cho, Fushimi-ku, Kyoto 612-8501 Japan
TEL +81-75-604-3514 FAX +81-75-604-3516
Email hiroyuki.tsuda.ke@kyocera.jp

More News From KYOCERA Corporation

World’s First: Kyocera and Tohoku University Develop Technology to Integrate Optical Isolators Directly onto Silicon Photonics Chips*1

KYOTO, Japan--(BUSINESS WIRE)--Kyocera Corporation (President: Shiro Sakushima; "Kyocera") and the Research Institute of Electrical Communication (RIEC), Tohoku University (Director: Kazushi Ishiyama; "Tohoku University") have developed a new technology*1 for integrating optical isolators onto silicon photonics chips using "laser annealing," a localized, laser-based heat-treatment method. An optical isolator is a component that stabilizes optical communication by allowing optical signals to be...

Kyocera Asia Pacific to Showcase Advanced Technologies and Innovative Solutions at Electronica India 2026

KYOTO, Japan--(BUSINESS WIRE)--Kyocera Asia Pacific Pte. Ltd. (Managing Director: Yohei Fukuda, "Kyocera") announced its participation in Electronica India 2026, one of South Asia’s leading trade fairs for electronic components, systems, applications and solutions. The exhibition will take place from September 16 (Wednesday) to 18 (Friday), 2026, at the Bangalore International Exhibition Centre (BIEC) in Bengaluru, India. At electronica India 2026, Kyocera will showcase a broad portfolio of adv...

Kyocera Develops Breakthrough Multilayer Ceramic Core Substrate for Advanced AI Semiconductors

KYOTO, Japan--(BUSINESS WIRE)--Kyocera Corporation (President: Shiro Sakushima; “Kyocera”) today announced that it is commercializing a new multilayer ceramic core substrate for advanced semiconductor packages, such as xPUs(1) and switch ASICs, which are rapidly scaling in complexity as AI data center architectures evolve. The new product will be unveiled at ECTC 2026, an international conference on semiconductor packaging technologies, in Orlando, Florida, USA, May 26-29, 2026. Built from Kyoc...
Back to Newsroom