Yeah, I would definitely not give up the license if I were you. Have you actively solicited casinos? Not sure you have production capacity for a huge order, but maybe for a small place?As I mentioned before, if I make the Ewing Mold available then I have to give up the Nevada Gaming Licence which I don't really want to do yet.
I keep thinking about it but I'm not ready.
A-mold always available.Sorry if there is clearly stated somewhere, but when I search for it I find conflicting info.
Is the A-mold still always available? And what are the order minimums for A-mold?
Very possible. Let's say however you add a $1 per chip premium to each chip sold on the new mold. Depending on the number of orders, you'd make your money back in a couple of years in all likelihood.It was the grinder manufacturers that fixed it. That's all they do. It's impossible to resurrect a worn out mold. The middle of all the cups collapse so there is nothing left of it. In any case all worn out molds have long since been donated to museums.
Trying to create a new mold now that none of the technology used to create the originals exists anymore is very risky. You'd have an outlay of up to $75,000 for something that might not even work. Even if it did we could never ever get our money back.
Ditto…I can’t wait for the Mockport Jockeys to arrive. L11…worth it.
The more concerning part, I imagine, is the "Might not work" part. Hard to risk a significant investment for break even return if there is a realistic chance it just may not work at all.Very possible. Let's say however you add a $1 per chip premium to each chip sold on the new mold. Depending on the number of orders, you'd make your money back in a couple of years in all likelihood.
Or the explosion of state wide “social club” card rooms but they are probably off limits as well since it’s a Nevada gaming issue license.Yeah, I would definitely not give up the license if I were you. Have you actively solicited casinos? Not sure you have production capacity for a huge order, but maybe for a small place?
This.Not a smart ass question, if the molds wear out and you have a finite number of molds, when do you project you will be unable to continue manufacturing chips? Or would they just be no molds once the current molds are done?
I'm trying to find it via search and am having no luck but David has mentioned in the past that it''s not as simple as machining a new cup. It's produced using a hardened steel (?) piece called a hob (I think that's the name) which then makes the cups.This.
My curiosity is peaked at the $75K to make a mold. My smooth brain thoughts just think it’s a CNC cup, hardened, and finished to needs.
Where’s the other $73,500 going? I’m not being a smartass either, but I’m obviously missing a HUGE piece of this mold magic manufacturing process.
I'm trying to find it via search and am having no luck but David has mentioned in the past that it''s not as simple as machining a new cup. It's produced using a hardened steel (?) piece called a hob (I think that's the name) which then makes the cups.
Definitely not a CNC job and apparently a technique that's not used much anymore. Finding someone who could produce new hobs and cups would be difficult, let alone the expense in making such items, therefore the $75k price tag.
I’m sorry, I know there’s so much wrong in just ignorantly questioning the experts on this but I just can’t believe this art is that forgotten or that infeasible to reproduce. We are better at shaping large amounts of harder metals more precisely and efficiently than we have ever been before. It’s not like we’re searching for a dye recipe from 6,000 years ago to make one type of blue. This technology was produced within living memory and again, it’s something where the science has progressed very farYes, the tooling to make the hobs and then make those cups that go into that plate are $75k.
I trust David's word that this is expensive and not an easy thing to do as he knows the equipment and has researched what I would take to make new hobs and cups.I’m sorry, I know there’s so much wrong in just ignorantly questioning the experts on this but I just can’t believe this art is that forgotten or that infeasible to reproduce. We are better at shaping large amounts of harder metals more precisely and efficiently than we have ever been before. It’s not like we’re searching for a dye recipe from 6,000 years ago to make one type of blue. This technology was produced within living memory and again, it’s something where the science has progressed very far
I think it's more that for a smaller company like CPC that doesn't have as much economy of scale to produce one-off molds that work with their current equipment and to do so is prohibitively expensive. The new technology and techniques maybe work for newer chip-making equipment that Paulson/GPI uses, and they're likely able to produce new molds that work with their equipment much cheaper (or have customers willing to pay for them). New casinos that want house molds are still able to get them made, but both GPI and the casinos have much deeper pockets too.I’m sorry, I know there’s so much wrong in just ignorantly questioning the experts on this but I just can’t believe this art is that forgotten or that infeasible to reproduce. We are better at shaping large amounts of harder metals more precisely and efficiently than we have ever been before. It’s not like we’re searching for a dye recipe from 6,000 years ago to make one type of blue. This technology was produced within living memory and again, it’s something where the science has progressed very far