CanBot - Sculptures with 250 cans
CanBot - Sculptures with 250 cans
Published 2018-02-12T11:00:32+00:00
CanBot is a Framework to connect and combine 250ml cans in all possible ways. I had nothing less in mind to inspire a new art genre. With this framework, you can use 250ml cans to build sculptures, furniture or whatever comes to your mind.
To demonstrate the possibilities, I build a CanBot. The intention was to show all the different kinds of connectors and to have an inspirational sculpture. Any similarities with a famous thinker are absolutely intended and not random :-)
To test things further, I also provide drafts for other combinations, e.g., a CanTable and CanClock. I’ll probably make them at a later point in time.
The possibilities are only limited by your imagination. I wanted to make the 250ml cans as easy to combine as a Lego brick. Although it might not be entirely as easy as Lego, I think it gets close.
The only thing you need besides a bunch of 250ml cans are M4x30 screws and nuts for the hinges.
There is also the file from Autodesk Fusion 360 included that I used for the Design. When you have problems with the tolerances on your printer you can adjust the settings in Fusion 360 and export the STL files again.
The different connectors and their intended use are described additional images.
Happy Printing and I hope to see some more inspiring sculptures.
Dr. Make
P.S. I also have some more details posted on my Blog at https://steemit.com/printing3d/@drmake/canbot-sculptures-from-250-cans
P.S.S. Based on this CanBot design I published an article that describes some tips and tricks to optimize 3d designs for printing. This might be interesting for you if you want to design yourself a new object or optimize existing designs.
Do some test prints to validate the tolerances of your material (PLA, ABS etc.. ) and environment (Indoor, Outdoor, cold, warm). The fusion 360 archive contains parameters that can be used to adjust the tolerances and make individual STL files so you don't have to sand the pieces to fit together.
发表的日期 | 12/02/2018 |
打印工艺 | FDM |
复杂程度 | 容易 |
支持自定义 | YES |