To avoid making mistakes when choosing a commercial 3D printer.
Are you unsure about choosing a 3D printer? With the increase in affordable models, we will explain everything companies need to know about selecting 3D printers and materials.
■Recommended for: ▶ Manufacturing companies and engineers considering the introduction of industrial 3D printers ▶ Those who want to move away from PLA and ABS and use high-performance materials like PEEK, PPS, and polyamides ▶ Those who want to utilize 3D printing not only for prototypes but also for actual parts and jig production ▶ Those who do not understand how to read TDS (Technical Data Sheets) ▶ Those who want to know why performance differs among manufacturers even with the same resin name ■What you can learn from this video: ▶ Three criteria for choosing a 3D printer (equipment, materials, support system) ▶ Differences and applications of PLA, ABS, PETG, PETG, polyamides, PPS, and PEEK ▶ Why does performance vary so much among manufacturers even for the same "PLA"? ▶ Items to check in TDS (Technical Data Sheets) ▶ How to choose materials that should absolutely be avoided for business applications ▶ Pitfalls of carbon fiber and talc additives ▶ What is the high-performance material "Pochicon" realized through collaboration with Otsuka Chemical? ▶ Applications where super engineering plastic PEEK should be used in 3D printing ▶ Case studies of process verification, jigs, and small-scale production utilization
basic information
■Materials Used Various polyamides (nylon), PPS (polyphenylene sulfide), PEEK (polyether ether ketone), Otsuka Chemical "Pochicon" filament, carbon fiber reinforced materials, etc.
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Jigs Prototypes Finished products Discontinued parts alternatives
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Notice of participation in "Automotive World (Tokyo)" from January 21 (Wednesday) to January 23 (Friday), 2026.
Gutenberg Inc. will be exhibiting at the "Automotive World (Tokyo)" held at Tokyo Big Sight. New technologies on cutting-edge themes in the automotive industry, such as carbon neutrality, electrification, autonomous driving, connected cars, and lightweighting, will be showcased all in one place. The event is expanding in scale year by year as a venue for technical consultations and business negotiations with automobile manufacturers, auto parts manufacturers, and suppliers from around the world. We sincerely look forward to your visit.
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Notice of participation in "TCT Japan" from January 28 (Wednesday) to January 30 (Friday), 2026.
Gutenberg Co., Ltd. will be exhibiting at "TCT Japan" held at Tokyo Big Sight. This exhibition is a comprehensive showcase of 3D printing and additive manufacturing (AM) technologies. It will create opportunities to encounter technologies that accelerate and optimize the manufacturing processes of new products and technology development across various industries through the application of 3D printing/AM technologies. We sincerely look forward to your visit.
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G-ZERO x POTICON, a domestic 3D printer manufacturer aiming for the application of robot parts.
Starting with our first PEEK-compatible 3D printer, the "G-ZERO MP1," the G-ZERO series of domestically produced 3D printers achieves industry-leading printing speeds as a super engineering plastic-compatible machine using the FFF method. Furthermore, by optimally combining with the high-performance resin POTICON filament, it simultaneously realizes fine detail, high rigidity, and high strength, enabling high-performance printing at a practical level. In this presentation, we will discuss the future of robotics that the G-ZERO series and POTICON FILAMENT will pave the way for. Details https://irex.nikkan.co.jp/webinar/detail/1509
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We have published a case study on the introduction of G-ZERO L1 by the National Institute of Information and Communications Technology.
We have published a case study on the introduction of G-ZERO L1 by the National Institute of Information and Communications Technology (NICT) under the title "The Power of Prototyping Supporting Communication During Disasters." At the Resilient ICT Research Center of NICT, which aims to achieve "uninterrupted communication," we spoke with Mr. Takeshi Sato, a research technician in the Sustainable ICT Systems Research Laboratory, and Mr. Kota Kido, the chief of the Manufacturing Group in the Radio Utilization Management and Manufacturing Office of the Business Planning Department, about the realities of the research field and the importance of prototyping. Please take a moment to read it.
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Certified as a "Excellent Factory" in Ota Ward for the fiscal year 2025.
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/
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Our company explores the possibilities of digital technologies, including 3D printers, serving as a bridge between designers and manufacturers, aiming to realize a democratic transformation in manufacturing. Additionally, we will expand manufacturing literacy so that anyone can connect to processing sites on our manufacturing web platform and utilize the resources of small factories, enabling designs focused on each process, such as machining and mass production. Please feel free to contact us if you have any requests.














