If it sounds like doing an acetone vapor bath will work for your print, then it’s time to roll up your sleeves. This procedure was crafted so you’ll only need to use items you have lying around the house (aside from the acetone, probably). First, gather all the things you will need: Once you are satisfied that the polishing is almost complete, carefully remove the object to a totally dust-free environment that has good ventilation. This stops most of the ever-present dust particles that are suspended in the air from falling onto the semi-molten surface of the object.

All ABS 3D prints can be acetone smoothed. Filaments that can be polished using this process are: ABS, ASA,PMMA, HIPSand Polycarbonate. The following photograph shows the setup used in the acetone bath ABS of the soap trays seen above.

Ingredient List

Without getting any on your plinth, pour the acetone over the kitchen roll sheets you placed up the side of the container. You need to have enough acetone to cover the bottom of the polishing container to a depth of a millimeter or two. Note: The reason you remove the object from the container at the point just before you get the surface finish you require as the polishing process continues for a short while even after the object has been exposed to fresh air. This procedure assumes that you are working with a print that is small enough to fit into a drinking glass. Should your print be bigger, then you are going to need a bigger, acetone-proof container. Glass is recommended so you can keep an eye on your print as the vapor bath proceeds. In any case, you only need to scale up the whole process for larger prints.

Acetone bath is a great way to make your 3D-printed models look awesome. However, since we are dealing with acetone vapours the whole process is quite dangerous to perform. Finally – you need to have somewhere totally dust-free to place the polished object while the surface hardens. If you don’t, any dust that falls onto the surface will become embedded in it. Permanently. PolishingThe acetone vapor bath will start at this point. Acetone is a highly volatile compound that readily turns into vapor even at this room temperature, and this vapor will slowly fill the inside of the drinking glass. Some of the acetone vapor may escape through the bottom of the inverted glass – you can line this space with additional paper towels soaked in water. To recap, the filaments that can be polished using this process are:ABS,ASA, PMMA,HIPSandPolycarbonate. Acetone vapor baths are one of the most popular and reliable ways to get a smooth finish in 3D prints. What is the principle behind this process? How is it done? Read on for our comprehensive guide on acetone vapor baths. What filament materials can be smoothed using an acetone vapor bath? There is ALWAYS a trade-off between the required surface finish and the loss of fine details. Only you can decide what is acceptable. Acetone vapour is probably the best medium to polish/smoothen 3D-printed models. Acetone boils at 56°C/133F. We need to hold it in slightly higher temperature to make it boil slowly and continuously. The temperature needs to be not too low but not too high either.

Depending on how rough the surfaces of the object are, and how polished you want the object to be, the process can take from around 15 minutes to several hours. All the top brands you know and love, including those exclusive to Superior Vapour such as, Voopoo, J-Well e-liquids, Bo Vape, Aspire, GeekVape plus many more Therefore, saying that "acetone" in Nail polish removers would have killed many women is tendentious. Better keep a safe attitude and be careful. FDM (FFF) 3D printers often produce a final object that while being mechanically sound, tends not to have that ‘professional look’ that you or a customer want to see.This is definitely our preferred method when we’re asked how to finish 3D prints – there’s just no better way to easily smooth ABS prints. Safety Warning