World How to make the spiderman web shooters.

Beautiful! The liquid metal melting through the cartridge..., It really depends on the metal you're using. The melting point will be different. Are you going to do this like a carmel apple where you dip it a nd let it dry, or are you making a mold with the plaster of paris? Anyway, I want to hear how this turns out! I hope you have a lot of success here!
 
i mean like how will we be able to make the cartidges if you do use the square kind how can you be able to mass produce these without spending so much money.
 
Oh... My bad! Ok. well, that is how he would make the square ones. He would modify rectangular tubing.
 
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Oh... My bad! Ok. well, that is how he would make the square ones. He would modify rectangluar tubing.

I see ok, os i was looking at some pics from comic books, online pictures, and drawings of the web shooter. To fit today's modern world of technology i think that we should take the step of the handbook. I do have the spider-man handbook in my possession, those steps of building the web shooters are included in the book and also many other segments. But white widow to get a absolute clear thought on design what type of material would you use to make the web shooter cartridges, you say carbon plastic? or carbon steel? i can't remember. What happened to the carbon composite material? Is there a flaw? Also i'm sorry to be a thorn about the cartridge but i'm just breaking down the web shooter piece by piece forgive me. But idk i like the tube design a lot. They are still small and compacted enough to fit inside cartridges like in these pictures while still maintaining the original look:

http://img215.imageshack.us/i/feat46strength9ac2.jpg/
http://img705.imageshack.us/i/peterparkertasm647015.jpg/
http://img859.imageshack.us/i/refil.jpg/

I like your idea when you say making up our own idea and i think you probably said this but we can still use the tube caartridges while using the squares ones as like a case or protection case also to maintain simplistic design and the metal cases can open up to where the actual tube cartridges is inserted. Sounds cool to me. i also think we can still streamline the web shooters too what's you think?
 
Wow, I was thinking about getting a copy. I never said which carbon material was better. According to the engineer from UNCC the material is some form of Steel. Carbon composite is any material with mostly carbon for the structure. The tubes are more convenient, I agree. We can make it modern, but we need to make one that works first. That's all I'm saying. Also, I love the pictures. The first is my favorite.
 
Wow, I was thinking about getting a copy. I never said which carbon material was better. According to the engineer from UNCC the material is some form of Steel. Carbon composite is any material with mostly carbon for the structure. The tubes are more convenient, I agree. We can make it modern, but we need to make one that works first. That's all I'm saying. Also, I love the pictures. The first is my favorite.

I agree also the tubes are congruent and yes it's a absolute MUST that obtain yourself a copy it's a really good read. Of course you're right we must make one that work, and thanks i like the 2nd one the best if you ask me. But we must make one that work before we get into the actual design process.
 
Do you mean that we have to build a prototype before we design an official product? I agree with that. We have to design a shooter before buying parts though. I made the mistake of buying a co2 puncture kit before realizing that is was for anything but twelve gram. I got one that works for 12 grams but I'm out 14$.
 
Do you mean that we have to build a prototype before we design an official product? I agree with that. We have to design a shooter before buying parts though. I made the mistake of buying a co2 puncture kit before realizing that is was for anything but twelve gram. I got one that works for 12 grams but I'm out 14$.

Yeah that what i meant. Also ah that's sucks.
 
Yeah, it's all good. So since JMA is making the cuff and the trigger, so we have to make our own shooters until we figure out the status of his. I think we should all work on our own seperate designs until we find one that works. That way, we can have varied test subjects.
 
Yeah, it's all good. So since JMA is making the cuff and the trigger, so we have to make our own shooters until we figure out the status of his. I think we should all work on our own seperate designs until we find one that works.

I agree that way when we see all hree design we vote and if it's a tie then we just combine the two.
 
Maybe we can vote on shooters, but maybe we can do one better. You love the Spiderman TAS. I recall an episode where there were like five to six spidermen including Ben Reilly, armored spider, and an actor playing spidey in the movie. When our spidey was working with them, he was told about impact webbing and Peter was amazed. He even told him that he'd never have ever thought of that. Even in their shooter designs, Ben never pressurized his fluid. He let used a pump and used a sensor whereas peter used a solenoid and a double tap switch. We can all contribute features that will help us progress together instead of staying with one design. Different shooters can do different things too. While I want to make a military shooter, you might want to make a recreational swinging shooter, and Jma wants to make a prop shooter. We could make things for natural disasters, crime stopping activities, and even medical aid. We just have to innovate our ideas. I of course mean this after we finish our first working prototype, but can you imagine what our collective imaginations can accomplish?
 
Maybe we can vote on shooters, but maybe we can do one better. You love the Spiderman TAS. I recall an episode where there were like five to six spidermen including Ben Reilly, armored spider, and an actor playing spidey in the movie. When our spidey was working with them, he was told about impact webbing and Peter was amazed. He even told him that he'd never have ever thought of that. Even in their shooter designs, Ben never pressurized his fluid. He let used a pump and used a sensor whereas peter used a solenoid and a double tap switch. We can all contribute features that will help us progress together instead of staying with one design. Different shooters can do different things too. While I want to make a military shooter, you might want to make a recreational swinging shooter, and Jma wants to make a prop shooter. We could make things for natural disasters, crime stopping activities, and even medical aid. We just have to innovate our ideas. I of course mean this after we finish our first working prototype, but can you imagine what our collective imaginations can accomplish?

We can all and accomplish more and beyond my good friend. Beyond :wow:

I just saw that episode on youtube man i love Spiderman TAS Gonna start whipping up designs and such so i have one i will have it scanned probably sometime this week. But it's one i made long time ago before i discovered the tube cartridge design.
 
I'd love to take a look at it! I have ideas for other weapons. I'm wondering if I can assimilate my projectile injectional weapon into the shooter. Hah.., could you imagine a web shooter hidden blade.

Also, this has nothing to do with web shooters, but more with Venom. While there is no such thing as a symbiote, or whatever the suit was in Ultimate Spidey, there is a parasite that increases Schizophrenia, Intelligence, Aggression, and adrenaline risks. There is two draw backs with it (other than the risky behavior of host and schizophrenia). Those are decreased reaction time and infantile disorders during Pregnancy. It mainly occurs in cats, but 1/3 of the human race is infected too.

http://gapsguide.com/2010/11/02/parasite-aggression-suicide-more/
 
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1:15 - 1:21 http://www.youtube.com/watch?v=GYTXcgzKKhk&feature=related

Interesting property of webbing.

BC: You better not get your goop in my hair.

S: Don't worry, it comes off with ice or peanut butter.

BC: Lovely.

I did a quick google search and it revealed that the most common elastomer that is adhesive and stretchy was chewing gum. It makes sense, and I do remember another forum where they mentioned that the web formula was chewing gum. Just an interesting possibility for more testing if the current formula fails. Another funny thing is that on some trading cards, the web shooter is subheaded with spit and bubble gum. If peter was given silk glands like the spitting spider from a few pages back, it would make alot of sense.
 
1:15 - 1:21 http://www.youtube.com/watch?v=GYTXcgzKKhk&feature=related

Interesting property of webbing.

BC: You better not get your goop in my hair.

S: Don't worry, it comes off with ice or peanut butter.

BC: Lovely.

I did a quick google search and it revealed that the most common elastomer that is adhesive and stretchy was chewing gum. It makes sense, and I do remember another forum where they mentioned that the web formula was chewing gum. Just an interesting possibility for more testing if the current formula fails. Another funny thing is that on some trading cards, the web shooter is subheaded with spit and bubble gum. If peter was given silk glands like the spitting spider from a few pages back, it would make alot of sense.
Chewing gum??? Chewing gum?! What is this world coming to?!?!?! :shock:argh: jk. But yeah i'm in the visualization process of my web shooter and what it will look like. Granted it will look slightly bulky but it will still be very lightweight and concealable under a sleeve or glove. How abut your shooter? You said a hidden blade? AC spidey??? Oh boy :oldrazz:

But yea about conceal-ability if the gloves it self is made of some type of padding then regardless the shooters won't bulge at all. Not a chance, well maybe the nozzle but that would be on purpose. So, the prototype, how are we looking like on there?
 
Chewing gum??? Chewing gum?! What is this world coming to?!?!?! :shock:argh: jk. But yeah i'm in the visualization process of my web shooter and what it will look like. Granted it will look slightly bulky but it will still be very lightweight and concealable under a sleeve or glove. How abut your shooter? You said a hidden blade? AC spidey??? Oh boy :oldrazz:

But yea about conceal-ability if the gloves it self is made of some type of padding then regardless the shooters won't bulge at all. Not a chance, well maybe the nozzle but that would be on purpose. So, the prototype, how are we looking like on there?


I have a fluid containment vessel, a co2 adapter, a set of 26 cartridges, the prototype fluid, and epoxy. I just need a tube to connect the adapter to the containment vessel and I can test it.

As for the chewing gum, it's interesting. I looked up ingredients for gum, and the main ingredient is chemically similar to Polyvinyl acetate, the same ingredient found in elmer's glue.

As for the comment of a spidey hidden blade, it was just a joke created from staying up too late. However you have to admit, spidey does fit the description of an assassin. Climbs walls, fights trained fighters, are incredibly strong, has a type of vision to see things not ordinarily detected (eagle vision vs spider sense) , and wear hidden wrist devices.
 
I have a fluid containment vessel, a co2 adapter, a set of 26 cartridges, the prototype fluid, and epoxy. I just need a tube to connect the adapter to the containment vessel and I can test it.

As for the chewing gum, it's interesting. I looked up ingredients for gum, and the main ingredient is chemically similar to Polyvinyl acetate, the same ingredient found in elmer's glue.

As for the comment of a spidey hidden blade, it was just a joke created from staying up too late. However you have to admit, spidey does fit the description of an assassin. Climbs walls, fights trained fighters, are incredibly strong, has a type of vision to see things not ordinarily detected (eagle vision vs spider sense) , and wear hidden wrist devices.

True. Well i hate to be a burden but do you have link or pictures of what you have so far? Like the fluid containment vessel and the 26 cartridges, Co2 adapter prototype fluid that i can see what you're working with. (don't worry i swear i won't steal your designs)
 
If I wanted people to not use these, I wouldn't have posted them online. Why do you think I refer to the substance that can make the polymer much stronger than even real webbing? I want to keep it a secret until I can perfect it for others to use.

As for the parts, I do not have a camera. I think members of my family might, but their cameras are incredibly expensive and they don't want me messing with them.
 
If I wanted people to not use these, I wouldn't have posted them online. Why do you think I refer to the substance that can make the polymer much stronger than even real webbing? I want to keep it a secret until I can perfect it for others to use.

As for the parts, I do not have a camera. I think members of my family might, but their cameras are incredibly expensive and they don't want me messing with them.

Ah i see, and oh well my bad didn't mean to offend you. Sorry. :csad:
But,i was looking back at some of the old post on this thread and you said something that might really support my theory and i quote:
As for the both square and round, it would work for stability purpose, but it wouldn't be space effective. However, if you fit multiple cartridges in the sqaure container (instead of one), and used it like an ammo clip, it would take about the same amount of space and could help the polymers mix. Hmmmm.., I hadn't considered that. I like the way you think. That's genius.

This was what i was gonna use for my web shooter design. Except the square container would be slight smaller and slimmer in size but will be able to house one web fluid cartridge in each, BUT at the same time i will still have about 10 of these cartridges on each wrist or on a shooter so it will still be able to provide a tremendous amount a web fluid. You stated earlier about not using the expansion foam, that's fine but is there a way we can still mix into the polymer compound to the point that only a little webbing when it has it reaction equals a lot?
 
Ah i see, and oh well my bad didn't mean to offend you. Sorry. :csad:
But,i was looking back at some of the old post on this thread and you said something that might really support my theory and i quote:
As for the both square and round, it would work for stability purpose, but it wouldn't be space effective. However, if you fit multiple cartridges in the sqaure container (instead of one), and used it like an ammo clip, it would take about the same amount of space and could help the polymers mix. Hmmmm.., I hadn't considered that. I like the way you think. That's genius.

This was what i was gonna use for my web shooter design. Except the square container would be slight smaller and slimmer in size but will be able to house one web fluid cartridge in each, BUT at the same time i will still have about 10 of these cartridges on each wrist or on a shooter so it will still be able to provide a tremendous amount a web fluid. You stated earlier about not using the expansion foam, that's fine but is there a way we can still mix into the polymer compound to the point that only a little webbing when it has it reaction equals a lot?

Oh, you didn't offend me at all! :woot: (I can't believe I spelled "Square" wrong though...) What I said was that we wouldn't be using the 60-90$ Foam that would cost peter an arm and a leg to purchase assuming he could. It is easily possible to cause an expansion. All you are doing is making a latice of bubbles in the polymer which is basically a surfactant, water, and the liquid polymer. The trick is to make the surrounding material incredibly cohesive. Also that picture from the tulip article creeps me out.
 
Oh, you didn't offend me at all! :woot: (I can't believe I spelled "Square" wrong though...) What I said was that we wouldn't be using the 60-90$ Foam that would cost peter an arm and a leg to purchase assuming he could. It is easily possible to cause an expansion. All you are doing is making a latice of bubbles in the polymer which is basically a surfactant, water, and the liquid polymer. The trick is to make the surrounding material incredibly cohesive. Also that picture from the tulip article creeps me out.

Oh!! Okay well in that case :woot::woot::woot: yeah that image creeped me out too not gonna lie deleted it though. Also is there a way we can make the surrounding material cohesive? Or is this where the machine part come in? you said making a latice of bubbles? Care to elaborate for me please?
 

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