3D-модель · Printables

Geometric Spherical Vase with Diamond Pattern (vase mode)

Сведения о модели

Площадка
Printables
Цена
Бесплатно
Лицензия
PRIVATE-USE
Только для личного использования: печатать для себя, без продажи и распространения.
Форматы
STL
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Автор:SLIMPRINT

Опубликована

Описание

With its geometric diamond pattern, this vase showcases a striking, modern aesthetic. The triangular texture creates a captivating, almost jewel-like quality that transforms any spot. Whether displayed on a side table or nestled in a cabinet, this vase serves as a stunning focal point. Its distinctive texture and spherical form make it a conversation piece even without flowers, adding interest to your interior.

Designed for vase mode printing, it can be 3D printed quickly using larger layer heights and widths, resulting in a durable object.

Dimensions : 7,8 x 20 cm Print time: 2 - 4 hours Resizable: yes, in your slicer. 3D Model type: SOLID body (not hollow inside, specifically designed for vase mode) Printing technique: FDM / FFF-only File type: STL Recommended materials: PLA, PETG Recommended slicer: Prusaslicer, Cura, Simplify3D Print difficulty: easy

Recommended nozzle diameter and print settings For sturdy vase mode prints, a larger nozzle (0.8mm+) and thicker extrusion lines (1.0mm+) are recommended. This combination creates a strong, single-walled structure that compensates for the lack of multiple walls and infill.

Slicer setting: vase mode / spiralize outer contours ENABLED Nozzle diameter: 0.8mm, 1mm, or larger Bottom layers: 8 Perimeter speed range: 15 - 30 mm/s Layer height range: 0.2 mm - 0.5 mm Extrusion width / wall thickness range: 1mm, 1.2mm or 1.4mm+ Watertight?: is possible, but experimental: print hotter than usual (+10 degrees), use a low layer height and lower print speed for improved layer adhesion.

License info : PERSONAL USE ONLY, unless you have a commercial license (soon available for purchase).

Note: these are real photos of my test print that I made with a DSLR and a studio light (these are not renders / AI). Filament I used is SILK PLA.

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Названия используются только для указания источника результата. Polyzon не аффилирован с перечисленными площадками.