Wine Cube
Wine Cube is an OpenSCAD-based system for designing simple, modular, high density, passive storage shelving units for standard 750ml wine bottles.
The fundamental unit of Wine Cube is a model space representing a maximum bounding box that can be occupied by a standard 750ml wine bottle, with the following properties:
This space is intended to universally accomodate different styles of 750ml wine bottles while allowing adequate space to manually access the bottle neck and remove the bottle from the shelf.
The central organizing principle of Wine Cube is a module that is a 4x4 matrix of bottle units, resulting in a negative/open space that is a perfect cube, 16 inches on all sides. The cube module representes the ideal shelf depth, allows for flexible shelf configurations, and straightforwardly accomodates both vertically and horizontally oriented bottles.
To change the properties of the wine bottle model unit space, see model.scad. The units are assembled into modules in assembly.scad.
Download and Run
Wine Cube is available from Github, and requires OpenSCAD.
- Download OpenSCAD.
- Clone the Wine Cube Github repository.
- Edit the
params.scad
file according to the documentation in the following section. - Run with:
openscad winecube.scad
to preview the results.
Basic Configuration
Basic shelf configuration can be specificed in params.scad
, by setting the Levels and LevelModuleWidth parameters in whole module units as shown in the following examples.
Wine Wall Square
// units in whole Modules
Levels = 4;
LevelModuleWidth = 4;
Wine Wall Tower
Levels = 4;
LevelModuleWidth = 2;
Wine Wall Console
Levels = 1;
LevelModuleWidth = 4;
Wine Cube
In addition to wall based shelving, double-sided freestanding shelving can also be created by setting the LevelModuleDepth
value to 2
, as in the following example. Wine Cube allows a maximum module depth of 2
to preserve ideal shelf depth.
Levels = 2;
LevelModuleWidth = 2;
LevelModuleDepth = 2;
In double-sided configurations, a center panel increases rigidity against shearing forces addressed by the back panel in the wall/single-sided configurations.
Bottle Orientation
In the examples so far, the bottles are oriented vertically, and a lip on the front of each shelf secures the bottles. Bottles may also be oriented horizontally, where a lattice structure with cross lapping joints protects bottles from impacting each other and prevents lower bottles from bearing the weight of upper bottles.
Levels = 2;
LevelModuleWidth = 2;
LevelModuleDepth = 2;
BottleOrientation = "horizontal";
Advanced Setttings
- WoodThickness
- Thickness of wood boards in inches and/or fractions of inches expressed as decimals.
Default: 1 - WoodColor
- Color of wood boards. See OpenSCAD documentation for color specifications.
Default:[59/255,15/255,27/255, 1]
- LipHeight
- For vertically oriented shelves, the height of the lip on the front of each shelf, in inches and/or fractions of inches expressed as decimals.
Default: 4 - BottlePartitionHeight
- For horizontally oriented shelves, the bottle height of the inter-bottle lattice, in inches and/or fractions of inches expressed as decimals.
Default: 8
Default: 0.25
Default: uq
Possible values:
a
raise top panelt
hide top panelb
hide bottom panell
hide left panelr
hide right panelk
hide back panelc
hide center divideri
hide lipsd
hide shelf dividerss
hide shelvesp
hide partitionsu
hide bottle unitsw
hide wine bottleso
output structure information (overall dimensions, bottle capacity, etc., shown in console)q
silence debug messages
Guide to SCAD Files
- winecube.scad
- The main scad file invoked on the command line to bootstrap the system.
- params.scad
- Defines parameters to configure the structure.
- validation.scad
- Validates parameters.
- model.scad
- Defines the model space.
- parts.scad
- Defines all parts.
- assembly.scad
- Assembles all parts.
- helpers.scad
- General utility code.
- wine-bottle.scad
- A wireframe representation of a wine bottle, for illustration purposes.
More
Wine Cube: Simple Wine Bottle Storage Model. This blog post explores my motivation for creating Wine Cube and why I chose to use OpenSCAD.
Cell: Minimal Geometric Font. This blog post describes the font used in the Wine Cube logo.