Gutenberg Co., Ltd. has been selected for the factory certification system "Yukojo" (Excellent Factory) implemented by Ota Ward. "Yukojo" is a system that certifies outstanding facilities that serve as models for other factories, emphasizing not only high technical and management capabilities but also the creation of a worker-friendly labor environment, cooperation with the community, and consideration for the environment, reflecting a positive attitude towards people and the town. The system started in the 7th year of the Heisei era, and so far, 309 companies have been certified. This system, which focuses on creating a comfortable working environment for employees, harmony with the community, and reducing environmental impact, has been highly regarded as a precursor to the principles of the SDGs. In this, the 31st year, as a result of a rigorous examination, 10 new companies have been certified as "Yukojo." Our selection is thanks to the support of our customers, partner companies, and the local community. We will continue to strive for social contributions centered around 3D printing technology. You can view the original release below. https://www.pio-ota.jp/news/information/r7yukojo_kettei/

Recently, our company, Gutenberg Co., Ltd., was featured in the November 2025 issue of the public relations magazine "Tokyo BizBeat," published by the Tokyo Small and Medium Enterprise Promotion Corporation. "Tokyo BizBeat" is a public relations information magazine for small and medium-sized enterprises, including manufacturing companies. Our CEO, Lee Seung-joo, was interviewed, and the article, titled "Aiming for Social Contribution with 'High-Speed 3D Printers' and Proactive Action," discusses the background of our founding, our challenges in developing 3D printers, our capital investments utilizing the corporation's support programs, and our future business developments. Since our establishment in 2021, we have pursued efficiency in manufacturing and new possibilities in production through the development of "high-speed, high-precision" 3D printers. We are currently based in Ota City, Tokyo, strengthening our production system and expanding our business while deepening collaborations with partner companies, investors, and material manufacturers. In 2025, we plan to announce a new model, the "G-ZERO MP1," and continue our efforts towards further quality improvement and technological innovation. The article focuses on our spirit of challenge since our founding and our "ability to engage and rally people," highlighting the story behind Gutenberg's growth.

On August 15, 2024, an interview article titled "The '3D Printer Can Be Better': An Industrial-Grade 3D Printer Originating from Japan's Open Source Hardware Culture" was published by ShareLab. https://news.sharelab.jp/3dp-news/plastics-3dprinter/240815-gutenberg-gzero/ They inquired about our technical initiatives and our passion for product development. Details about our collaboration with Otsuka Chemical are also included.

Professor Gen Endo and graduate student Haruna Ito from Tokyo University of Science have developed a quadruped robot that can be manufactured using a 3D printer for its body and gearbox.

Gutenberg Co., Ltd. has been selected for the 115th New Technology Development Grant from the Ichimura Foundation for New Technology with the theme of "Development of Next-Generation Large-Scale, High-Performance Resin 3D Printer Equipment." To commercialize resin-based 3D printers for industrial applications, scaling up and achieving high precision are critical challenges. By introducing AI-based temperature control and lightweight technology for FFF-type printer heads, as well as a unique structure that ensures high stability while accommodating larger sizes, we aim to address these challenges and achieve the domestic production of industrial resin 3D printers in the 500mm class.

Gutenberg Co., Ltd. has had the following research project accepted in the "Leading Research Program" publicly solicited by the National Research and Development Agency, New Energy and Industrial Technology Development Organization (NEDO). We will work on this project to advance 3D printing technology for resin parts in the rapidly developing robotics industry. Research and Development Topic: Construction of innovative actuators and other technologies that contribute to the utilization of robotics in coexisting environments with humans, including living spaces. Research Theme: Research and development of ultra-lightweight robots made of resin through fused deposition modeling. Implementation Structure: National University Corporation Tokyo University of Science Gutenberg Co., Ltd. 【Collaborative Implementation Partner】 Otsuka Chemical Co., Ltd. Tokyo Metropolitan Public University Corporation National University Corporation Hiroshima University Chiba Institute of Technology Educational Corporation In this research and development, we aim to establish manufacturing technology for lightweight and high-strength robotic components based on Fused Filament Fabrication (FFF) 3D printing technology, targeting applications in next-generation robotics that require coexistence with humans.