How to print a torus shape?
How to print a torus shape?
I've been fighting with my settings trying to print a torus. The lower half of the print has a steeper angle than that of the top half. The top prints flawless yet I can not for the life of me figure out how to acquire that accuracy for the lower. I have the Rev E, Printing at .5 width, .2 height, 225c, 65c, R3PKORD filament. No problems with adhesion my bed is perfectly level.
Re: How to print a torus shape?
Shortest answer: two halves, split horizontally, glued together 

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Re: How to print a torus shape?
Thanks for the quick and short however, that answer makes me a little disappointing. I'm working on a production run based of that shaped. So that would not be an option for me. Maybe alter the model that I am printing to compensate?
Re: How to print a torus shape?
Overhangs are a hot-button item for 3D printing, and there's little you can do about it, except dual-extrusion (which is NOT easier than split & glued).
You'll need to keep any angle at 60 degrees or less, if you have fantastic cooling. 45 degrees or less with the stock cooling.
Could you print one split, and resin-cast it?
You'll need to keep any angle at 60 degrees or less, if you have fantastic cooling. 45 degrees or less with the stock cooling.
Could you print one split, and resin-cast it?
Custom 3D printing for you or your business -- quote [at] pingring.org
Re: How to print a torus shape?
I'm running the stock cooling system right now. Would It be worth a shot to print a new fan blower to channel the flow to the print? I've not done any type of resin casting before. It wouldn't be applicable for me I dont think either.
Re: How to print a torus shape?
Can you post a picture of the torus you're trying to make? Why doesn't casting or split-and-bond apply? 3D printing is just a tool, it's not magic.
Custom 3D printing for you or your business -- quote [at] pingring.org
Re: How to print a torus shape?
The machine you've chosen can't produce the item you've specified. It's not a fault of the M2, because no fused-filament 3D printers can print over thin air, which is what the bottom side of a torus looks likesmtred wrote:I'm working on a production run based of that shaped.
You can choose:
- A different 3D model: extensive support material with manual removal
- A different 3D printing machine: dual extruders with soluble support material
- A different production technique: printing halves and assembling
- A different 3D printing process: Shapeways laser-sintered powder
- A different production process: resin-casting in molds