I must confess it, I have a weakness for lamps, basically I feel attracted to anything that emits light, I've made oil lamps, gas lamps, I've used LED's, neon bulbs,... I've tested many forms of creating light, but very few as beautiful as this one.

In this instructable I'll show you how to create an acetone lamp out of reused materials, in my case, I haven't spent a single penny, and didn't took me more than 10 minutes to finish it all.

Some friendly suggestions before we start: We will be working with glass, that means caution and common sense must be applied, if you're not used to work with glass or you're a minor, seek for supervision, protective gloves are highly recommended. As any other lamp that burns fuel, it can't be left unattended, specially if you're using it outdoors, near a forest, or other easily flammable materials.

Well, let's get to it:


  • A dead lightbulb (I used a 60W one)
  • Copper wire (thick, about 2mm)
  • Copper wire (thin, about 0,5mm)
  • Acetone

Try not to use enameled wire because the enamel will burn, you can find thin copper wire inside solid cables.

Step 1: Getting the Lightbulb Glass.

To get the glass you'll have to remove the shell, there are many ways to do this, using pliers and having a lot of patience is one, you can also dip the shell in hydrochloric acid and wait until the shell and the glue have dissolved completely to start working from there.

In my case I used a thin Dremel disk to cut through the shell, then I used the disk to make a slight mark around the neck of the glass and with some taps here and there and some patience I ended with a bit rough cut, but it's fine enough.

With wet 240 grit sandpaper placed over a flat surface I sand the edges until they're flat and don't represent a threat anymore.

freakn sweet!
Had it running in my room for 30 mins , can't smell now :/ hmm defs an outdoor project , think some nasty gasses are coming from reaction
<p>Indeed, it has already been posted. </p>
<p>Very cool!</p>
<p>Very cool, it creates relaxing atmosphere at night...</p>
my teenage boys and I made this but we could not get the reaction to occur. any suggestions?
<p>The opening seems to be very small, try making it bigger so the combustion gases can be exchanged for fresh air to keep the reaction going.</p>
<p>I didn't exactly make &quot;it&quot;, but I made an acetone lamp using an olive jar. I didn't know about these, and your Instructable inspired me to run out to my workshop and try it as quickly as possible!</p><p>Of course, your lamp is very nice looking. I like your use of a light bulb for the glass.</p>
<p>Just as a warning, this lamp *can* make ethanone and methane under certain circumstances. Ethanone is very toxic, about as bad as hydrogen cyanide, and even a small amount will make breathing temporarily hard. Do not get close to the top of the lightbulb and inhale the exhaust.</p>
very cool indeed!
<p>Really awesome. Tried it the same day I read this. Did it quickly so it did not turn out as pretty as in the instructable. Maybe I will make something better one day.</p>
<p>I've got to try this ASAP... great</p>
Can you use nail polish remover or where do you get acetone, does ammonia work?
<p>Victor8o5 is right about the ammonia/platinum reaction, it is used commercially to produce nitric acid, but in this mostly enclosed light arrangement the acid is neutralized by the ammonia solution so it is not a problem. </p><p>For the platinum/ammonia oxidation you need concentrated ammonia so <br>wear eye protection and gloves when dealing with the ammonia solution. </p><p>Except <br> for the hazards handling the ammonia itself the oxidation of ammonia <br>with platinum presents surprisingly few dangers by comparison to the acetone. <br> At least the aqueous ammonia solution is not flammable like acetone is. <br> The by-products are nitric oxide which is further oxidized to nitrogen <br>dioxide. Nitrogen dioxide is toxic but under these conditions should fairly quickly react with water and oxygen to form the nitrate ion and some nitrogen. Nevertheless be careful <br> with ventilation.</p>
<p>I haven't tried the platinum/ammonia reaction because I don't have platinum wire, and I don't think I'm going to buy it in the near future. I guess it will be brighter if the wire is thinner as it happens with copper.</p><p>As you said, with this kind of reactions it's very important to have a good ventilation, but with ammonia, since it's quite a simple compound it's expected to give off less dangerous products than the acetone.</p>
<p>Nail polish remover can work, but I think the concentration will be lower so you won't get as much efficiency as you would with industrial acetone. Ammonia works with platinum. </p><p>I got my acetone bottle at a brico depot, at the paint section, along with the other solvents. </p>
<p>Victor8o5 have you ever done the ammonia/platinum with thin platinum wire? I have done it with thick platinum wire and it is not very bright, only about red hot. If it glows brighter with thin platinum wire it would be a good to know.</p>
<p>Could we please not use the word 'spiral' when we mean 'helix'? A spiral is flat. </p>
<p>You're right, a spiral occupies only a two dimensional plane, while the helix revolves <br>around a central axis through three dimensions. I'm editing it now.</p>
Please note Victor8o5 that I was not criticising you - the comment was aimed at everyone in general, as most make that mistake.
<p>I love getting people with that one too; when people say their house has a spiral staircase, I say, &quot;Wouldn't it be more useful to have a staircase that took people up to the next floor.&quot; LOL</p><p>BTW Victor8o5 your English is better than you give yourself credit for. </p>
<p>I didn't have that impression, if someone <br> makes a mistake, the best thing someone could do is to correct him. <br>That's the way we learn. </p><p>Thank you for correcting me. Also <br>English isn't my first language, so this is the best way I can learn how <br> to speak and write it properly.</p>
<p>Really cool lamp and idea! I may have to give this a try.</p>
Great instructable! I have to try this.
<p>The only problem I see with the lightbulb is that they have murcury. I'll just use a small jar or something.</p>
<p>Incandescent lightbulbs don't have mercury, at most, they can have a layer of phosphor, or aluminium to reflect the light.</p><p>Mercury is only used on fluorescent lamps where the mercury vapors get excited emitting ultraviolet light (mostly), the ultraviolet light is converted to a more visible and less energetic wavelength thanks to the phosphor coating (that's why fluorescent tubes are white).</p>
<p>You're thinking of fluorescent lights. Regular incandescent bulbs don't have mercury. </p>
<p>lovely!</p><p>&quot;Copper is a very good heat transmitter, the hanger and other parts might <br> get quite hot, so don't use your bare hands to grab the lamp when it's <br>been running for a long time. A good solution to this is to use a longer <br> hook.&quot;</p><p>might using an insulator between the hook and the hanger also help?</p><p>cheers!</p>
<p>Yes, for example a piece of wood to hang the lamp would be safe to touch.</p>
<p>Beautiful!! Interesting that platinum might work, but unfortunately, I have more copper kicking around my house than platinum. re: Christmas balls, the heat required to liquefy and blow the ornament shape is more than the heat of a light bulb, so it should be OK because the thinner the glass the more quickly it will heat to an even temperature (breakage occurs when glass heats unevenly and there is nowhere for the hot part to expand to). [*anyone trying to learn proper English please disregard the form of that last sentence]. Having said that - experiment outside, and wear your safety glasses. Remember, it's easier to remove a piece of glass from your goggles with a soft brush than from your eye with tweezers (Red Green{p}). For anyone worried about the helix vs spiral thing, may I recommend using &quot;coil&quot;. This lamp is beautiful!!</p>
<p>Works beautifully! I did have one idea. To make it slightly more portable you could soak cotton wool or mineral wool in the acetone and stick it to the bottom of the container. That way there is no liquid to slosh about and if the filament was also prevented from swinging then there would be no way for the acetone to directly contact the copper, thus making it easier to carry without risk of fire.</p>
<p>I was thinking the same thing, but with a fine gravel. Maybe acetone evaporates more quickly thanks to the larger surface area.</p>
<p>Holy crap is that cool!</p>
<p>I've checked your instructables and your lamps are very cool too.</p>
<p>Thank you!</p>
I love this project, I have never seen this reaction &quot;knowingly&quot;<br>The next logical step seems to be that the filament is brought up to temperature with current
I tried this, but the moment I remove the flame from the coil, it stops glowing and won't work in the light
<p>Maybe the concentration of the acetone isn't high enough or there's a factor that doesn't allow the necessary amount of vapors to reach the copper piece, like a very exposed container, a copper burner placed too high...</p>
<p>I understand you can get the same reaction from platinum immersed in methanol vapour.</p>
<p>Platinum is a very good catalyst too, I saw it doing the same thing as copper with ammonia. </p>
And now, I must find a lightbulb...
<p>In my dictionary a helix is a spiral is a helix.</p>
<p>This is just excellent! You've got a bit of steampunk going here, a little Myst, and definitely a beautiful lamp regardless of what genre you want to stick it in. Great instructable.</p>
<p>I thought the same thing, looks like a bit steampunk to me, also quite mystic, like it had been taken from a druids hut :D</p>
Between the glass envelope and the copper wire you can go any number of ways. This is one of the most clever and artistic instructables I have seen on the site.
<p>What an interesting project.</p>
<p>Very cool! I made it with stuff I had around the house too!</p>
<p>i bet you could use glass x-mas bulbs for this also for different shapes and decorations....unless the glass is somehow different?</p>
<p>Lightbulbs glasses are made to reach temperatures around 200 and 260 &ordm;C, I don't know if x-mas bulbs are suitable or not, but I fear trey crack due the temperature change.</p>
<p>cool idea....you are attracted to light? maybe you are a bug! lol personally i'm attracted to the dark side. :P</p>

About This Instructable




Bio: I'm an electronic engineering student. I don't usually have much spare time but I like to work on random projects to keep myself ... More »
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