大型3DプリンターQ.BIG
Queen 1
大型3Dプリンター
Q.BIG
Queen 1
製造年
2022
状態
中古
所在地
Winnenden 

写真は示しています
地図を表示
価格と所在地
- 所在地:
- Raiffeisenstraße 21, 71364 Winnenden, Deutschland

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オファーの詳細
- 広告ID:
- A21646633
- 更新:
- 最終更新日:02.04.2026
説明
Component size:
Length 1700 x Width 1050 x Height 1050 mm
Printing process:
The patented VFGF technology (Variable Fused Granulate Fabrication) is an advancement of pellet-based 3D printing with a variable nozzle opening. It prints in high resolution only where needed, such as on visible surfaces, and efficiently fills internal areas with thicker extrusions. In doing so, VFGF combines the advantages of FDM (Fused Deposition Modeling) for fine details and complex geometries with those of granulate printing (high deposition rates, material variety, reduced costs). Intelligent algorithms ensure the precise amount of material is placed exactly where it is required, even with complex shapes that involve overhangs or support structures.
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Areas of application:
Suitable for prototypes, single parts, small series, and even higher production volumes. By melting the material in a specially developed screw extruder, high throughput rates are achieved, significantly reducing print times. This process is ideal for industries such as aerospace, mechanical engineering, and automotive manufacturing.
Advantages:
This technology enables the production of components with unrestricted design complexity and high surface quality. Compared to filament-based 3D printing, it offers significantly reduced print times and material costs. As a result, economical large-format 3D printing in manufacturing is now possible for the first time.
この広告は自動翻訳されています。翻訳ミスがある可能性があります。
Length 1700 x Width 1050 x Height 1050 mm
Printing process:
The patented VFGF technology (Variable Fused Granulate Fabrication) is an advancement of pellet-based 3D printing with a variable nozzle opening. It prints in high resolution only where needed, such as on visible surfaces, and efficiently fills internal areas with thicker extrusions. In doing so, VFGF combines the advantages of FDM (Fused Deposition Modeling) for fine details and complex geometries with those of granulate printing (high deposition rates, material variety, reduced costs). Intelligent algorithms ensure the precise amount of material is placed exactly where it is required, even with complex shapes that involve overhangs or support structures.
Rjdpfxoyyxllj Ab Uor
Areas of application:
Suitable for prototypes, single parts, small series, and even higher production volumes. By melting the material in a specially developed screw extruder, high throughput rates are achieved, significantly reducing print times. This process is ideal for industries such as aerospace, mechanical engineering, and automotive manufacturing.
Advantages:
This technology enables the production of components with unrestricted design complexity and high surface quality. Compared to filament-based 3D printing, it offers significantly reduced print times and material costs. As a result, economical large-format 3D printing in manufacturing is now possible for the first time.
この広告は自動翻訳されています。翻訳ミスがある可能性があります。
提供者
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