@invertedisdead i love your small bubbler
, but we won't see the heater at all in the last video...
i'm still here to break some nuts, (not your nugs)
As what u're making is the glass thermal capacitor, u will sell this part alone for those who already have a compatible coil ? And the price is still a big unknown to us ...?
Secondly, i don't know why u won't seal the ruby balls definitly during the manufacturing, to avoid any screen on the capacitor ?
And last, have u make it friction less to use now?
If the temp u gave to us are the real coil temp, it will be my first recommendation vape for sure
I was getting bored of these bigger water pipes, so I found this little bubbler for $25 in town!
Yes, I would offer the vaporizer component by itself for those who already have suitable accesories already. Although this vape was originally designed around a slightly taller 20mm coil than standard - I believe they were originally built for the Liger e-nail platform. I need to test a regular height 20mm coil side by side on my dual XLR controller, at the same settings, and see how it does in comparison. Then go from there regarding the coil situation. I have some quartz vaporizer components here that would be basically operational once a coil is added. I have a couple of this current shorter style with the CNCd air inlets, and a few of the older ones with the full length joints.
Don’t worry, the price is still pretty unknown to me, too!
But it would be in line with other “top tier” vaporizers.
The goal is still to get rid of the screens for a more secure vaporizer platform, but getting the rubies inside is still a challenge. I laid out my latest idea on that a page or so ago after I posted a rendering of a newer idea for loading them into the quartz housing.
The current setup has no ground joint, so it just sits in the end of an adapter, but doesn’t actually lock together. I’d like to find a nice middle ground here.
@invertedisdead I think you still have a decent number of people interested in your designs and I hope you don’t give up on them. completely!
I get that the main design you’ve been showing off may have been more successful if you’d put it out earlier since so many people have been filling everything with balls lately, but unless you don’t think your designs have any advantages over other offerings anymore I think it’s still worth making a final prototype and at least a run or two of units you could sell at some point.
I know if I could come up with the money at that time I’d buy one! I haven’t seen your other designs yet, but knowing what some of your goals with these are (great extraction capabilities with a clean air/vapor path), I expect I’d be interested in any model you decided to make a run of!
If you can’t keep funding it right now you could take a few partial or complete pre-orders to cover the costs, or if you need to step back and focus on something else that’s making rather than costing you money I get it, but I do hope you come back to it and some more of us get to try these things!
Either way, while your current issues with this are a bit discouraging I appreciate the motivation this whole process has given me to work through some of my own ideas. I also fear that if I sit on them too long I’m going to see a lot of them done by other people, but I’m at least going to get some ideas down in some industrial design software and see if it goes anywhere. I need to figure out the best not-too-expensive way to run fluid dynamics simulations on them too though...
Anyway, while I think you’d like some of those designs, they’re not relevant here beyond what I said. I just hope that I can give a little motivation back for you to get something out there when you’re ready, even if it’s overpriced and you only sell a handful to us. Unless you say you’re dropping this forever, we’re not all going away.
Thank you for the kind and thoughtful response,
I'm very happy to read that this process has helped inspire you to pursue some of your ideas, taking something from a paper doodle to a real, working tool has taught me so much more than I ever imagined. I thought I was pretty well versed on vaporization before I started, but the whole process has seriously been a huge asset for learning.
Definitely not intending on giving up here, but I am going to be watching to see how this vape mail thing unfolds. I've been somewhat anticipating something like this for a while, so I'm hoping to be able to get through it. I have a few ideas to consider so we'll see what it's really all about soon. I have two different (indirect and direct) glass butane devices I've been tinkering with for many months which could see more traction.
I appreciate the motivation, it means a lot.
I’m still here camping with ya bud!
I believe in what you got going on. I would be happy to help... could certainly buy a beta unit and help test!
Thank you freedom pal, I appreciate the encouragement! And the medicated s'mores!
That was genuinely incredible, I was born way too late!
Check out simscale. It's browser based and is by far the easiest and most user friendly simulation software I've used. Paired with Onshape for the CAD part and you can access your designs from any computer, no file transfer needed. I've come to prefer it to Solidworks and AutoCAD (and its way better than other free CAD programs I've tried like FreeCAD). Best part is it works on Linux too.
To do a flow simulation in Simscale all you need to do is:
1) select incompressible flow for simulation type
2) upload a CAD drawing (which can be made in the program of your choice, I highly suggest Onshape) of the internal area where the flow is occurring
3) autogenerate a mesh
4) set your boundary conditions (inlet and outlet) and set your known variables (be it pressure or velocity at the inlets or outlets)
5) run the simulation
Sorry if this is off topic, feel free to pm me if you have questions. I'm new to it too and still learning myself. I'm probably forgetting a few steps in the above, but there are some tutorials for incompressible flow sims that walk you through it.
Definitely not off topic, I'd like to check it out too; my CAD skills are very poor lol, but I like to learn! Fluid dynamics is another wormhole, I've been playing in the thermodynamics and materials science pool mostly, need to dive deeper into some of these other areas of interest.