Introduction: Making a Cardboard Head With a Secret Hiding Spot
We made a box in the shape of my son’s head. We laser cut pieces of taskboard (corrugated cardboard works well, too) and laminated them together. The heads pivots on a dowel and is held in place by two magnets
Step 1: Taking the Photographs
We started by taking a series of photographs. We used software called 123D Catch to turn the photographs into a 3D model.
Step 2: Making a Polygonal Model
123D Catch made a polygonal mesh from the photos. Here's a screenshot of the mesh
Step 3: Turning a Polygonal Model Into a Solid Model
We then turned the polygonal model into NURBS surface so we could do some further modelling operations
Step 4:
We then modeled an elliptical cavity for the hding spot and put in holes that would be used for alignment, for the pivot and for the magnets.
Step 5: Slicing the Model
We then used 123 Make to slice the model. It's important to measure the material accurately in telling the software how thick to make the slices; otherwise the final model will come out distorted
Step 6: Assembling the Head
Then we laser cut all 212 parts and began assembling the pieces. We just added layer after layer and used yellow glue (white glue works just as well) to put them together.
Step 7: Using a Dowel As the Pivot
A dowel pin is inserted and used so the head can pivot open.
Step 8: Adding the Magnets
Round magnets have been added on the top and bottom of the head so it snaps close and conceals the secret hiding spot
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40 Comments
4 years ago
Thats awesome!
6 years ago
GR8
7 years ago on Introduction
Do the programs you used cost anything?
Reply 6 years ago
they are free
6 years ago
Plz send file me.saeed9164033320@gmail.com
9 years ago on Introduction
Olá,
Tenho uma Router CNC, e gostaria muito de fazer esta cabeça fatiada em MDF de 2mm ou 3mm.
Por favor, alguem poderia me fornecer este arquivo em DXF ou DWG ou CDR ?
Ficarei muito grato.
joao.souza@rizon.com.br
10 years ago on Introduction
amazing i wonder if i could do this with a knife
Reply 10 years ago on Introduction
Yes, you could. It would take a while as you wouldn't have the automation of the cutter mentioned, but it could be done!
Reply 10 years ago on Introduction
Agreed -- you could do it with an exacto knife but it would be a labor of love. There are also a bunch of srvices where you can send the files and they'll cut it for you
Reply 10 years ago on Introduction
What services? How much would it cost USD? I do not have a laser cutter (and I know how many cuts that would take with an xacto - no thank you)
Reply 9 years ago on Introduction
Ponoko also does have some Lasering services if you are in the ordering to your door frame of mind.
Reply 10 years ago on Introduction
Google for hacker spaces close to you, or see if there is a FabLab anywhere near by (they are usually based in museums and collages). For instance I live near Chicago, and know of at least two places that give the average person access to expensive fabrication tools like Laser cutters, shop bots and 3d printers.
9 years ago on Introduction
cool
10 years ago on Introduction
It is now possible to do Booleans and planar cuts in meshmixer ( http://www.meshmixer.com ). Meshmixer can work directly with Catch mesh output, which means you can skip the NURBS conversion step. See the youtube channel http://www.youtube.com/meshmixer for (brief) tutorials.
10 years ago on Step 3
I haven't done it, so I could be wrong, but maybe 123D Make could be used to turn the wireframe into a surface.
Reply 10 years ago on Introduction
123D Catch creates a polygonal mesh from the pictures. You can export it as a .OBJ, .DWG, .FBX and several other formats.
The .OBJ can be brought directly into 123D Make.
I changed it to a solid so that I could hollow it out, add the cutouts for the magnets and add some holes for dowels to make assembly easier.
Reply 10 years ago on Introduction
Very cool project!
Just how did you go from .OBJ to NURBS?
That seems like a very useful procedure!
I am currently working on workflows to take prepare 123D Catch captures for 3D printing.
Reply 10 years ago on Introduction
I used a piece of software called geomagic to do it. It wasn't absolutely necessary to do the conversion but it made the whole process easier
10 years ago on Introduction
This project utilizes 123D Make from Autodesk which is not currently available. When can we look forward to seeing the new software version? I have been checking the site daily for weeks hoping that the "coming *very* soon" banner will ring true. Can we get any insight into this? Expectantly waiting and dreaming! -Chris
Reply 10 years ago on Introduction
We screwed up and were not quite ready with the new versions while the old one expired.
We're going to be bringing out new versions of 123D Make, Sculpt, Catch and Design soon on mobile, desktop and online. We're in the final few days of QA on the full release, and expect to submit it to the Mac AppStore next week. At that point it's in the hands of Apple's review and approval process, but we expect that it will be available around mid-April. And yes, the app will still be free.
One thing we've done that is cool - but admittedly contributed to further dev time – is connecting the 123D apps through the cloud, so you can design something in 123D, or 123D Sculpt, or even work on your model in a web app on 123Dapp.com, and then open it directly into 123D Make. This makes the workflow smoother and opens up all kinds of possibilities. In the meantime, continue to keep an eye on the site – or sign up here to be notified when the app is released: http://www.123Dapp.com/make