Table of Contents
~~REVEAL~~
Component Boxes
- Chest and draw, from cardboard with internal dividers.
- For storing fixings, small parts and components.
- Initial designs are for 4mm corrugated board, cut on laser (with tabs) or cnc-knife.
- Designed by Andrei Maberley.
Fits into a milkcrate for transportation.
Milkcrates fit into Milkcrate Shelving.
Quarter Width/Quarter Height - Laser-Cut
This is a single chest and draw, design to fit 16 in a milkcrate.
Build Instructions
These instructions cover using the files provided to;
- make existing design at The Edge (In-House),
- Modify the design to suite other materials or sizes (Custom)
- make the existing design using another facility (External)
In-House
Materials
- 2 sheets 4mm corrugated card per box. (520 x 420mm)
- Masking tape
Tools and Equipment
- Lasercutter
- Hot Glue gun
Instructions
Preparation
- Book some time of the laser cutter (if you need to do an induction you can find the latest announcements here)
- Download the CDR file layout_x1.cdr
At The Edge
- Ask the facilitator for two sheets of 4mm cardboard when you are in the Fabrication Lab.1)
- Cut the box with the settings
- 50% power
- 4% speed
- Assemble the draw using masking tape on the outside, then glue on the inside.
- Assemble the chest, gluing on the tabs only - too much glue and the drawer will stick.
Custom
The 3D model can be viewed, interacted with and downloaded from here https://a360.co/2D4gpg7. You will need to provide an email to recieve the download.
To customise the material thickness, dimensions and tolerances you can change the parameters of the original design in Fusion360..
The design has two main components - the chest;
and the draw.
The dimensions are based on the external of the chest. This is to ensure that the chest and draw fit inside our container.
Changing Parameters
Before playing with the parameters remember;
- that they can (and will) interact in strange ways.
- Undo early and often.
- adjusting material thickness can affect everything.
- Changing the overall length/width and height to smaller values can break the tabs.
- the tab dimensions can be adjusted, but not the number of tabs. (ie the number of tabs is dependent on tab dimensions)
Open the model, then go to the parameters menu.
The parameters you will can change are favourites at the the top of the list.
External
Quarter Width/Quarter Height Files
The individual faces as DXFs are:
Layout for cutting - sheet dimension minimum 560mm x 320mm.
- CDR file layout_x1.cdr
Rayjet Settings are:
- 50% power
- 4% speed
Export for other formats:
- PDF layout_x1.pdf
- DXF layout_x1.dxf
Quarter Width/Quarter Height - CNC - Knife
As above - but without tabs.
The Fusion360 file and 3D model is viewable here https://a360.co/2CGh3iY
The individual faces as DXFs are:
Layout for cutting - sheet dimension minimum 535mm x 310mm - sheet (page) size 2200 x 1200.
- CDR file cnc_layout_1.cdr
- PDF cnc_layout_1.pdf
- DXF cnc_layout_1.dxf
Full Width/Quarter Height - Laser-Cut
The Fusion360 file and 3D model is viewable here https://a360.co/2DaWUG2.
The individual faces as DXFs are:
Layout for cutting. Two sheets each a full sheet dimension 726mm x 432mm for Rayjet.
Rayjet Settings are:
- 50% power
- 4% speed
Export for other formats:
Half Width/Half Height - Laser-Cut
The individual faces as DXFs are:
Layout for cutting. Three sheets each a full sheet dimension 726mm x 432mm for Rayjet.
Page Credits
Created by Andrei Maberley on 2018/01/08 14:09.
contributors