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GLB3D Printable Concrete/resin Cup Mold Hexagonal Design
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NOTE: DIGITAL DOWNLOAD, NOT A PHYSICAL ITEM
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helloo…. i am A 3d artist from indonesian
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License
Extended Use License
This item comes with our Extended Use Licensing. This means that you may use the model for both non-commercial and commercial purposes, in a variety of mediums and applications.
For full license terms, see our 3D Content Licensing Agreement
3D Model Details
| Vendor: | madakar25 |
| Published: | Mar 16, 2026 |
| Download Size: | 2.3 MB |
| Game Ready: | – |
| Polygons: | 1,000 |
| Vertices: | 1,000 |
| Print Ready: | Yes |
| 3D Scan: | – |
| Textures: | – |
| Materials: | – |
| UV Mapped: | – |
| PBR: | – |
| Rigged: | – |
| Animated: | – |
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| Favorites: | 0 |
| Likes: | 0 |
| Views: | 5 |
Item Ratings
Not Rated Yet
3D Printable Concrete/resin Cup Mold Hexagonal Design
Produce striking, industrial-style geometric cups or small planters with this highly precise Stacked Hexagon Cup Mold. Engineered for perfect casting, this multi-part mold system features a split outer shell with bolting flanges and a precision drop-in inner core, ensuring consistent wall thickness and easy demolding every time.
Whether you are 3D printing this as a master for silicone mold making, pouring concrete directly into a TPU print, or CNC machining a durable production mold from aluminum, this asset provides the professional-grade CAD files you need.
Key Features:
Industrial Geometric Design: Features a bold, stacked hexagon (nut-style) outer texture that stands out in any home or office decor.
Professional Multi-Part System: Includes a two-part outer shell with integrated flange holes for bolts/clamps, and a perfectly toleranced inner core plug.
NURBS Precision: Designed in Plasticity. The included STEP file ensures flawless, mathematically perfect flat faces and chamfers for CNC machining, completely free of low-poly mesh faceting.
Versatile Application: Ideal for casting concrete, cement, plaster, jesmonite, or resin. Perfect for making pen cups, small succulent planters, or candle vessels.
Included File Formats:
STL: High-resolution mesh, ready for immediate 3D printing.
OBJ: Standard format compatible with most 3D software.
STEP / STP: Solid CAD file, perfect for CNC toolpath generation or parametric editing.
Plasticity: The original source file, allowing you to easily adjust tolerances or scale if you use Plasticity 3D.
3. Settings and Manufacturing Instructions
For FDM / Resin 3D Printing:
Print Orientation: * Outer Shells: Print standing upright, resting on their flat bottom edges.
Inner Core: Print upside down, resting on the wide top flange.
Supports: You may need minimal supports for the bolting flange holes on the outer shells. The hexagonal geometry itself is designed to print without supports if oriented correctly.
Layer Height: 0.16mm to 0.20mm. (For the smoothest release when casting, print at a finer layer height or lightly sand and seal the print).
Infill: 30% - 40% (Grid or Cubic). You need a dense infill to prevent the mold walls from bowing under the hydrostatic pressure of the poured casting material.
Walls/Perimeters: Minimum of 4 to 5 walls for maximum strength and water-tightness.
Assembly: Use standard M3 or M4 nuts and bolts through the flange holes to tightly secure the two outer halves before pouring. Apply a release agent (like silicone spray or petroleum jelly) to the inner walls before casting.
For CNC Machining:
Software: Import the .STEP file directly into your CAM software (e.g., Fusion 360, Mastercam) for exact geometry recognition.
Tooling: Use a flat end-mill for the majority of the clearing and finishing on the hexagonal faces.
Material: Aluminum is highly recommended for creating a permanent, heavy-duty production mold, or use high-density polyurethane tooling board for prototyping.
Whether you are 3D printing this as a master for silicone mold making, pouring concrete directly into a TPU print, or CNC machining a durable production mold from aluminum, this asset provides the professional-grade CAD files you need.
Key Features:
Industrial Geometric Design: Features a bold, stacked hexagon (nut-style) outer texture that stands out in any home or office decor.
Professional Multi-Part System: Includes a two-part outer shell with integrated flange holes for bolts/clamps, and a perfectly toleranced inner core plug.
NURBS Precision: Designed in Plasticity. The included STEP file ensures flawless, mathematically perfect flat faces and chamfers for CNC machining, completely free of low-poly mesh faceting.
Versatile Application: Ideal for casting concrete, cement, plaster, jesmonite, or resin. Perfect for making pen cups, small succulent planters, or candle vessels.
Included File Formats:
STL: High-resolution mesh, ready for immediate 3D printing.
OBJ: Standard format compatible with most 3D software.
STEP / STP: Solid CAD file, perfect for CNC toolpath generation or parametric editing.
Plasticity: The original source file, allowing you to easily adjust tolerances or scale if you use Plasticity 3D.
3. Settings and Manufacturing Instructions
For FDM / Resin 3D Printing:
Print Orientation: * Outer Shells: Print standing upright, resting on their flat bottom edges.
Inner Core: Print upside down, resting on the wide top flange.
Supports: You may need minimal supports for the bolting flange holes on the outer shells. The hexagonal geometry itself is designed to print without supports if oriented correctly.
Layer Height: 0.16mm to 0.20mm. (For the smoothest release when casting, print at a finer layer height or lightly sand and seal the print).
Infill: 30% - 40% (Grid or Cubic). You need a dense infill to prevent the mold walls from bowing under the hydrostatic pressure of the poured casting material.
Walls/Perimeters: Minimum of 4 to 5 walls for maximum strength and water-tightness.
Assembly: Use standard M3 or M4 nuts and bolts through the flange holes to tightly secure the two outer halves before pouring. Apply a release agent (like silicone spray or petroleum jelly) to the inner walls before casting.
For CNC Machining:
Software: Import the .STEP file directly into your CAM software (e.g., Fusion 360, Mastercam) for exact geometry recognition.
Tooling: Use a flat end-mill for the majority of the clearing and finishing on the hexagonal faces.
Material: Aluminum is highly recommended for creating a permanent, heavy-duty production mold, or use high-density polyurethane tooling board for prototyping.
