Step 1: Getting Cameras


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To begin with, you are going to need a ton of disposable cameras. Depending on how powerful you would like your ray gun to be, you will choose how many disposable cameras (though at a sufficient amount there is a ceiling to how much the pistol can pump out). Politely go to a nearby photo developing store and ask if they have any used disposable cameras.

From my experience, the store employees' willingness to cooperate is dependent on a few things:
1.) How old you look
2.) How much you look like you know what you are doing
3.) How dangerous your project sounds when they ask you what you need the cameras for

Once you have a big bag full of cameras, its time to start shucking! Inside each camera there are many useful components we will need. But before removing the outer plastic container, you must first remove the camera's battery, and have a thick piece of metal insulated from your hand. Use this to discharge the camera's capacitor very carefully by tapping the two pieces of metal jutting out from it. Once the capacitor is discharged and the battery is removed, the electronics are safe to touch. Remove them. I have attached a photo with the basic information on it. Though there are many different designs for disposable camera circuits, they all work similarly.

okay forget the last two comments, im curious as i have a wide variety of capacitors, the biggest being 200v, then going down to 10v. I am wondering how much voltage will be at the end of the line if i line them all up in order of: 10, 15, 16, 26, 36, and 200v x2. i am also wondering if i should dissasemble a burning laser from japan as a cheap alternative to the ssy-1 head.
hey i was wondering by any chance would one be able to use larger flash capacitors and stronger lasers along with a bigger power source<br>
just in case ur wondering i have a 1500uf flash capacitor
<p>I would love to find one of these laser heads. If anyone would like to sell one, contact me. I already have loads of camera capacitors!</p>
Check on ebay you could get one less than $ 100 just make sure its including the lamp and the rod, also try to get the rod already with mirrors at the ends for less hasle<br>Re: Nader
<p>I have found one for a good price on <a href="http://mi-lasers.com/product-category/other-lasers/yag-solid-state-lasers/" rel="nofollow">http://mi-lasers.com/product-category/other-lasers...</a></p><p>Make sure you show 36 items per page. I am wondering based on research how many volts of capacitors you added. Research showed that the laser's life is decreased going over 750 volts. I have seen camera circuits w/ 150 volts so I will use 5 of those. Surprisingly, the inside of the laser has a flashtube not unlike the disposable camera's, just way bigger. I might buy a small laser rod like the one in the SSY-1 and test it out with multiple camera flashtubes.</p>
If any one wants capacitors you can get any volt with any size for good price you can get them from ebay, usually they offer discount on price as a pack of 10 or more.
I meant the diameter of the rod is small about 2 mm I guess
I meant the diameter of the rod is small about 2 mm I guess
Just got a question, what's the best way to hook up the flash tubes from the disposable cameras if I want to align them parallel to the laser rod? I have a 50mm long rod but very small did the seller told me I can use a standard flash from the disposable camera unit by using one or two capacitors which should be enough to fire the rod. I'll wait for a reply <br><br>Re: Nader
<p>is the SSY-1 laser head the same as SSY-1 YAG</p>
<p>Yes, YAG is the type of laser rod.</p>
<p>could we use a YAG laser head</p>
<p>YAG means Yttrium Aluminium Garnet. Nd:YAG's are Neodymium-doped. The SSY-1 is one of the many YAG lasers available.</p>
Now I'm wondering if there are differences between coilgun and railgun... It works the same I think, the coilgun what I had made, has also a capacitorbank of disposable camera's and it works by flashcircuit of it: https://m.instructables.com/id/DIY-How-to-make-a-coilgun-from-disposable-camera-/<br><br>I think that your explanation is very clear and interesting! :)
Actually, a railgun is a sniperrifle, only its mounted on a rail system and not handheld. A coilgun uses magnets or electric magnets to propel metal projectils. If look up a youtube channel called laser gadgets if that didnt help.<br><br>
Well, a railgun fires a projectile by using electricity to create a magnetic field, and a coilgun does this. If you really have made a railgun, get that ible out there i'd like a railgun
<p>I built 3, gave it a nice hande, and now i keep it in my backpack when i go hiking to defend against attacking bears</p>
Hello, We are interested in building this for a science project and we were wondering if you could email us some details? Ksidoryk@comcast.net Maggo235@sbcglobal.net
Will the lazer head of a optical cd drive word
Can i get an in-line diagram of the circuitry of where the power is going?
Hello, <br>I was just curious how many watts you would suggest for a soldering iron for this project?
at least 25 or 30, I have a 50-watt adjustable iron and it works like a charm. Unless you are soldering huge pieces of copper together, 30 is usually plenty.
What kind of eye protection, if any, would you need when firing this gun? What if you were using a less powerful laser diode?
that is NOT a laser diode, it's a pulsed-output laser crystal powered with a flashlamp. You really need 1064nm-rated infrared safety goggles, but in a pinch you should just close your eyes when firing if you don't have IR goggles. if you are using a diode laser, it will be a continuus beam and not just pulses, and chances are good that it will be a visible wavelength like red (650 or 670nm) or blue (445 or 405nm) light. These require different goggles, because they have to block different colors of light.
At what point can it be fatal? <br>Please tell me. <br>
at these power levels? probably not ever, the output is just not enough to do much more than either (A) blind you if it hits your eye or (B) ablate (vaporize rapidly) a small patch of skin 1/4 inch in diameter if it hits anywhere else. It will hurt like an extremely localized and REALLY bad sunburn or even a 3rd degree thermal burn, but there's no way it will kill. The only truly life-endangering part is the capacitor bank, which will give you a really nasty shock and possibly cause fibrillation if you are really unlucky.
I m not going to build this plus i hardly can find one camera. <br>Just curious
Hi, I'm interested in making this laser for a science project (with a few tweaks here and there). Could you possible email me some more detailed and in-depth instructions, with a supply/material list and such? My email is techdesigner1@gmail.com <br> <br>I'd really appreciate it if you could help me. Thanks!
Dude, excellent post! I LoL'd a few times, couldn't figure out whether you were being serious or not, but the effect was priceless nonetheless. I'd really like it if you were wearing safety glasses, though, when you were switching the cap banks, only a few inches from those irreplaceable peepers. <br> <br>I believe you were wearing two layes of gloves, right? Spot on.
I will also add my own safety comment. Those latex gloves are affording you very little protection. The develop micro-tears very easily and a not-so-nice solder blob could easily puncture the glove and zap you. <br> <br>If you want safety in gloves, at least use washing-up gloves. <br> <br>A friend of mine was playing with a Tesla coil, and wanted me hold a cable. I wouldn't touch it until I was wearing leather gloves and then holding the wire in insulated pliers. I could still feel the electrical pulses. <br> <br>&quot;(Unless you wish to also ban archery, shooting skeet, campfires, AC power (as suggested by Edison because of the dangers of AC over DC)&quot; The only reason that AC was more dangerous than DC was because it threatened the monopoly Edison was attempting to establish. Edison's greatest gift to the world is the electric chair. He obtained a sponsorship from Westinghouse who had no idea what he was sponsoring. Edison proposed that his new witch-burning stake be referred to as the 'Westinghouse'. Ironically the modern versions of these barbaric device all run on DC. <br> <br>You've all seen those search lights that shine up into the air? They're running DC arcing between two carbon electrodes. So you can imagine what an arc like that could do to your home if it ran high voltage DC.
could this possibly b fatal?
It is much like a BB gun. Capacitors can (possibly) leave a pretty nasty sting so respect them! As for the laser it may damage eyesight, but not kill.
aww :'(<br>lol
Hello, thank you for this excellent post, but I was wondering if you could please post a diagram of the camera's circuit, because I've been looking for disposable cameras, and they have no idea about them (I live in El Salvador), so, I need a diagram to follow<br><br>Thanks in advance!!!!!!!!!<br><br>Ps: I've already have the capacitor bank made :p
Sorry I forgot to ask if a &quot;650nm 250mw High Power Laser Diode&quot; from <br><br>http://www.amazon.com/650nm-250mw-Power-Laser-Diode/dp/B005S5HX8E/ref=pd_sim_misc_3<br><br>could be placed instead of a SSY1, thanks
this thing seems as if it would fry the laser diode in it the first time you fire it. did it do that to yours? and this seems lethal and illegal so i do not want to risk if it is, but i will do it anyways. please inform me if i am taking the wrong risk.
If you have a circuit that forces you to hold the button to charge, could you theoretically use that as a safety switch? It would mean that if you were holding it and accidentally fired, you would not have charged the capacitors enough to fire a pulse. Or am I getting the wrong end of the stick? I just thought it would be a pretty nifty idea to have a safety switch. Could you add a continual 2-way switch into the firing mechanism to prevent accidental firing?<br><br>Finally, this is kinda stupid of me, but wouldn't a C class or D class battery work for longer that a pair of AA's?
C shaffer212, your method of being safe does not work, because the capacitor has its own + and - terminals. So if you were to get shocked, the electricity would only travel within the skin that contacted by the + AND -. Remember electricity would only go to the shorted distance, to complete a circuit. Therefore it does not matter if you work with one hand or two hands. the energy from the caps will never reach your heart. Unless the caps discharge on your chest. or both of your hand touch the 2 terminals.
wow hey how could i make it go thourgh hevay metals in the compact size
With current technology you really can't sorry
wow this instructable was superb!
You arn't kidding when you say dangerous. I had a scary event personally a few years ago with a disposable camera charging circuit, when I accidentally discharged a single charged cap from it through me. I went into shock briefly. It was painful, and scary. Be VERY careful with these things.
It's also a good idea to try and keep only one hand at a time close to the capacitors and anything that conducts from them. I had a scare when it went from one hand to the other and it felt like a punch in the chest!<br><br>The experience was shocking, to say the least.
Yeah, totally. It /is/ good advice to work with only one hand when doing that. And not offer a ground path or something via somewhere else through your body.
Yes, please make sure that you have shorted the terminals and make sure that capacitors are adequately insulated!
Everything is great, except for one small mistake - stripes on capacitors mark NEGATIVE terminal - have you noticed those nice minus signs painted on them?
Oh whoops you are right! I wrote this instructable quickly I will fix it immediately. Sorry about that thanks

About This Instructable




Bio: IF YOU HAVE QUESTIONS CALL ME AT 8059157065 Hello I'm Mad Scientist Trevor Nestor. If you like my instructables see my youtube channel! http ... More »
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