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I know. You'd think I'd have learned by now! Someday this millennial will learn how to internet properly! Lol
But it's a hot button thing for me when people don't realize how complex something is and liken it to something someone does in their garage. It's one of those "pride in what you do" things.
Again, what that dude does is AWESOME but we aren't comparing the same things here.
Big question, what will sell more.
Discmanias new originals or the actual originals molds under new names produced by Innova.
With 3D printing the process of copying a disc and refining the design to essentially identical should be relatively easy.
Of course, I don't know that it would be that hard using older manual techniques. Make castings of the original disc, build mold from that. Thinking of some of the stuff Mythbusters would do on the show.
I'm wondering the same thing.
I think a lot of it depends on how legit the new DM plastic is, and which companies the OG models land with.
All they would need is the specs from the original disc. Then is pretty easy to redesign a mold around that. I'm guessing that DM probably has rights to the technical data and dimensions of their own discs, even if using Innova molds.
The sticky part involves any patents/copyright on exact replication of a disc. I'm guessing that they cleared that hurdle.
Ps.....that process you outlined doesn't work to make an injection mold. That's more for like a poured casting kind of thing.
All they would need is the specs from the original disc. Then is pretty easy to redesign a mold around that. I'm guessing that DM probably has rights to the technical data and dimensions of their own discs, even if using Innova molds.
The sticky part involves any patents/copyright on exact replication of a disc. I'm guessing that they cleared that hurdle.
Ps.....that process you outlined doesn't work to make an injection mold. That's more for like a poured casting kind of thing.
I'm confused as heck here.
Trash Panda has had multiple injection molds made, I think 4 total before he worked out all of his design spec mistakes, for his DIY disc making project. They were in the range of hundreds of dollars to make. I realize there is always a difference between a truly industrial quality build and DIY build, but 20 to 40 times the price? What exactly is making a single mold so expensive?
Fair enough. Just thinking out loud about duplicating the shape,. I guess the molds are actually cut with CNC, so you need a 3d model. ?
I don't know what the operating temps are, but I know the mold has to go from melted plastic to something stable very quickly. They would have cooling pathways and such. Tremendous stress on materials to go from hot to cold repeatedly.
As to what you said earlier, I respect where you're coming from. I'm just saying I also deal with this stuff and you can probably get tooling made that's close to as good from local machine shops. A disc itself is pretty straightforward with the flight plate and wing (hence all the combos with the "Firebird wing" or "anhyzer top" etc.), so I don't think it's anything a quality CNC machine and some hardening couldn't knock out
Don't tell me they bought that mold from Discraft?!That's a LOT of force.
Big question, what will sell more.
Discmanias new originals or the actual originals molds under new names produced by Innova.
While this was the obvious best choice for the long haul, there's no guarantee their new molds are going to fly like the true Originals molds.
It's literally his job to approve and to hype the new molds and plastics. He can just wipe the stamp of his real originals and viewers wouldn't really know the difference.
I have to wonder if he'll be throwing these new putters in the World Championships this week. On one hand it would give the best exposure possible, so maybe Jussi will pull for it (or even give bonus for it). His putting has been solid as of late though, so prob not a good idea to rock the boat for the World Championship. opcorn:
A 3d model is preferred, but we can actually work with the 2d "blueprint" if needed too. That route sucks though. We basically redraw the geometry in 3d form in our CAM software, which is redundant if there already is a 3d model around (which, in this era, there absolutely is).
And the heat is a big stressor, but the clamping force is as much or more of one. We're talking clamping forces of probably a minimum of 30 tons (semi educated guess), probably more. That's a LOT of force.
What a pessimistic view! His "literal job" is unknown to us unless you've seen his contract, which I doubt. I imagine it doesn't say "fanboi hype any and all discmania products no matter your personal opinion." He sure didn't fill his bag with EVO stuff. Do I think it was a little contrived to miss a putt with the Innova made p2 and make all the others? yes. Do I think he is relieved because he doesn't have to try and force himself to like the Link/Logic/Sensei? Yes.
I'm personally just happy that he picked them up, seemed to genuinely like them, and proceed to throw one in from 100+ feet. If that really is his job, then job done.
I doubt he'll use them in the tournament seeing as how they're not PDGA approved as far as I can find.
So here another question, if you'll allow. Why are you thinking the pressures involved are so high? Just based on a guess of Jesse's weight and the length of the arm he is hanging on I'm thinking he is exerting less than 1/2 ton worth of force when he is injecting. And it seems like injection pressure is directly related to the weight of the disc.
Are the plastics involved in production quality discs requiring that much more injection force? If so, is there an easy to understand reason why? Or, as is more likely, am I just really misunderstanding what happens in high capacity injection molding?