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Maximum speed 700mm/s, maximum acceleration 30,000mm/s², layer pitch 50-200μm!

【Specifications (Partial)】 ■ External dimensions: 440×410×470mm (excluding accessories) ■ Weight: 30Kg ■ Build volume: 250×200×200mm ■ Number of nozzles: 1 ■ Nozzle diameter: 0.2/0.4mm *For more details, please refer to the related links or feel free to contact us.

High-quality output approaching injection molding made possible with G-ZERO×POTICON FILAMENT!

For more details, please refer to the related links or feel free to contact us.

The Power of Prototyping to Support Communication During Disasters: A Case Study on the Introduction of G-ZERO L1 3D Printer by the National Institute of Information and Communications Technology (NICT).

The Resilient ICT Research Center of the National Institute of Information and Communications Technology (NICT) is a research department aimed at achieving "uninterrupted communication," as its name suggests. This time, we spoke with Mr. Goji Sato, a research technician at the Sustainable ICT Systems Research Laboratory of the center, and Mr. Kota Kido, the chief of the Manufacturing Group in the Radio Utilization Management and Manufacturing Office of the Business Planning Department, who supports NICT's prototyping efforts, about the realities of the research field and the importance of prototyping.

Would you like to create free benchmark models using super engineering plastics and engineering plastics, starting with PEEK?

- Size: Within 100mm x 100mm x 100mm - Data format: step, stl - Quantity: 1 piece (assemblies are not supported) If these conditions do not apply, please feel free to consult with us.

Would you like to come for a factory tour that is possible because of domestic design and manufacturing in Japan?

2-1-15 Higashikamata, Ota City, Tokyo 10 minutes on foot from Keikyu Kamata Station on the Keikyu Line 15 minutes on foot from JR Kamata Station

Would you like to come for a factory tour that is possible because of domestic design and manufacturing in Japan?

2-1-15 Higashikamata, Ota City, Tokyo 10 minutes on foot from Keikyu Kamata Station on the Keikyu Line 15 minutes on foot from JR Kamata Station

Equipped with a dehumidification unit to protect the filament from moisture that causes quality deterioration!

【Dimensions/Weight】 ■ Main unit external dimensions: 530×440×520mm (including cabinet: H1050mm) ■ Packaging external dimensions ・ Main unit: 670×600×730mm ・ Cabinet: 670×600×670mm ■ Main unit weight: 45.5kg ■ Cabinet weight: 27.5kg *Excluding filament *For more details, please refer to the related links or feel free to contact us.

Production capacity that is unimaginable from a compact chassis that can fit in an office.

【Specifications (Excerpt)】 ■ Main body size: 430×480×470mm ■ Main body weight: 26kg ■ Build area size: 250×210×200mm ■ Number of nozzles: 1 ■ Nozzle diameter: 0.4mm (standard) ■ Maximum nozzle temperature: 350℃ ■ Maximum bed temperature: 120℃ ■ Bed surface: Treated spring sheet ■ Maximum chamber temperature: 60℃, etc. *For more details, please download the PDF or feel free to contact us.

A tabletop-sized 3D printer of industrial quality that can achieve high speed, high precision, low vibration, low noise, and can also print engineering plastics.

【Specifications (Partial)】 ■External dimensions: 440×410×470mm (excluding accessories) ■Weight: 26kg ■Build volume: 250×200×200mm ■Number of nozzles: 1 ■Nozzle diameter: 0.2/0.4mm ■Layer height: 0.05mm~0.2mm (for 0.4mm nozzle) *For more details, please refer to the related links or feel free to contact us.

The tool head is made up of resin parts printed by G-ZERO itself for weight reduction!

【Specifications (Partial)】 ■ External dimensions: 440×410×470mm (excluding accessories) ■ Weight: 26kg ■ Build area: 250×200×200mm ■ Number of nozzles: 1 ■ Nozzle diameter: 0.2/0.4mm *For more details, please refer to the related links or feel free to contact us.

Equipped with a dehumidification unit to protect the filament from moisture, which causes quality degradation!

【Dimensions/Weight】 ■ Main unit external dimensions: 530×440×520mm (including cabinet: H1050mm) ■ Packaging external dimensions ・ Main unit: 670×600×730mm ・ Cabinet: 670×600×670mm ■ Main unit weight: 45.5kg ■ Cabinet weight: 27.5kg (excluding filament) *For more details, please refer to the related links or feel free to contact us.

Maximum speed 700mm/s, maximum acceleration 30,000mm/s², layer pitch 50-200μm!

【Specifications (Partial)】 ■ External dimensions: 440×410×470mm (excluding accessories) ■ Weight: 30Kg ■ Build volume: 250×200×200mm ■ Number of nozzles: 1 ■ Nozzle diameter: 0.2/0.4mm *For more details, please refer to the related links or feel free to contact us.

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.

■Materials Used Various polyamides (nylon), PPS (polyphenylene sulfide), PEEK (polyether ether ketone), Otsuka Chemical "Pochicon" filament, carbon fiber reinforced materials, etc.

Would you like to create free benchmark models using super engineering plastics like PEEK and engineering plastics?

- Size: Within 100mm x 100mm x 100mm - Data format: step, stl - Quantity: 1 piece (assemblies are not supported) Please feel free to contact us if these conditions do not apply.

No additional processing, thin layer molding, compatible with 0.2mm nozzle POTICON filament.

Additionally, it is characterized by its ability to accommodate thin nozzle diameters (such as 0.2mm). Typically, using a thinner nozzle poses challenges related to insufficient strength, but the ultra-fine fiber called "TISMO" included in POTICON filament resolves this issue. Since it contains fibers finer than carbon fiber, sufficient strength can be ensured even when printing with thin layers and fine nozzles. The video also showcases examples of precision parts such as tiny screws and gears, allowing for a concrete understanding of the possibilities in fine printing. Moreover, it is noteworthy that many actual users who have adopted this material have compared it with the carbon fiber materials they previously used and chose POTICON filament based on that comparison. It has received high praise, especially from users seeking fine details, due to its excellent balance of design, strength, and precision. The ability to achieve the often-cited challenge of "balancing design and strength" without post-processing is a significant attraction. For those who want to "reduce post-processing," "maintain strength even with fine nozzles," and "emphasize design even in FDM," this information will be very helpful.

Can PEEK and PPS be shaped to this extent!? The secret of "high interlayer strength" achieved with a compact 3D printer.

Furthermore, we will provide a detailed explanation of "interlayer strength (Z-direction strength)," which many people have inquired about. In FDM methods, the strength in the layering direction tends to be weak, and it is not uncommon for other manufacturers' 3D printers to achieve only about 10-20% of the strength in the XY direction. In contrast, our printer achieves high interlayer strength of around 50%, and in some materials, it approaches 70%, thanks to the optimization of material properties and printing conditions. Particularly, the ability to achieve high interlayer strength with small machines using difficult-to-process materials like PPS and PEEK is a significant feature. This video provides practical tips for those considering the selection of a 3D printer, companies working on in-house production of functional parts, and individuals who feel challenges with the print quality of PEEK or PPS. We encourage you to watch and learn the know-how to maximize the potential of high-performance resins.