I could see a podcast where you have guests like TONS that use 3D printing in their workflow and talk to them about the benefits compared to other forms of production. Whether it's only prototyping or full on mass production.
I'm in the market for a laptop/tablet stand for my indoor cycling setup. I've been researching the stands from Tons and I'm pretty much sold on buying this. I love how clean the design is and it seems to have a low footprint - easy and quick assembly/disassembly is crucial for me!
Great example! I love how this shows the benefits of designing for the process and outcome rather than complaining that FDM can't look like injection moulding.
Not only is that grid pattern difficult to manufacture in other processes, but it is one of the standard infill patterns used in most 3D printing processes. They just left off the encapsulating top (and I presume bottom) layers.
The best reason to use 3d printed parts is that they don't feel cheap and plastiy; which is a symptom of the main limitation of injection moulding. I love it... TONS!
All products you have shown are unimportant and dispensable: From a plastic part that simply holds a joint and a lighter together to “sports accessories” that hold the same things a simple table or clothes hanger can.
Well, PLA is only recyclable of you want another PLA item. It's a thermoplastic after all, just melt it down. It is only biodegradable in specific industrial processes. But it is created from bio sources, not petroleum. Pick your poison.
I could see a podcast where you have guests like TONS that use 3D printing in their workflow and talk to them about the benefits compared to other forms of production. Whether it's only prototyping or full on mass production.
I'm in the market for a laptop/tablet stand for my indoor cycling setup. I've been researching the stands from Tons and I'm pretty much sold on buying this. I love how clean the design is and it seems to have a low footprint - easy and quick assembly/disassembly is crucial for me!
Great example! I love how this shows the benefits of designing for the process and outcome rather than complaining that FDM can't look like injection moulding.
My company makes Lili Lamps for US customers. They are based out of Denmark. FFF lamp shades and bases.
The pattern looks very hard to clean. But I love the concept.
Not only is that grid pattern difficult to manufacture in other processes, but it is one of the standard infill patterns used in most 3D printing processes. They just left off the encapsulating top (and I presume bottom) layers.
Yep
The best reason to use 3d printed parts is that they don't feel cheap and plastiy; which is a symptom of the main limitation of injection moulding. I love it... TONS!
Really awesome product! Nice video
It is a great example
I think there should be a disclaimer for either an „ad“ or explicitly „not sponsored“ if this is indeed the case.
We do not do sponsored content
Great example
They are an awesome product
would be better if we could buy the file to print at home.
All products you have shown are unimportant and dispensable: From a plastic part that simply holds a joint and a lighter together to “sports accessories” that hold the same things a simple table or clothes hanger can.
how about getting free plastic from the oceans
How three pieces of wood and 2 parts made of cheap PLA in such a simple assembly can be priced at 220€, I fail to understand.
Marketing
PLA biodegradable????
Well, PLA is only recyclable of you want another PLA item. It's a thermoplastic after all, just melt it down. It is only biodegradable in specific industrial processes. But it is created from bio sources, not petroleum. Pick your poison.
Looks like infill 😂
Does anyone have an STL to print something similar?
Almost like listening to Tucker Carlson deliver opinions about AM.
Are you consciously trying to get that speech pattern?
good content nonetheless 👍
Don’t insult him like that. Lol