Hi, thanks for the presentation. Do you know if TPM allows liquid resin diluted in it (from successive washing sessions) to cure when the clear container is exposed to UV light? In order for the resin to precipitate as a "gooey blob" that one can separate and filter out afterward, hence recycling the cleaner. Because while IPA does allow this process, some (but not all) commercially available resin "detergents" (solvents) often prevent it.
Thanks for the video! Formlabs recommends letting the TPM rinsed print dry prior to rinsing any excess TPM off in water. Do you know how much longer, if any, the process takes when compared to IPA?
IPA evaporates quickly, but this type of solvent has some difficulty evaporating. However, you can considerably improve waiting time by spraying compressed air from a gun onto wet parts, thus removing excess liquid more quickly.
Hi, thanks for the presentation. Do you know if TPM allows liquid resin diluted in it (from successive washing sessions) to cure when the clear container is exposed to UV light? In order for the resin to precipitate as a "gooey blob" that one can separate and filter out afterward, hence recycling the cleaner. Because while IPA does allow this process, some (but not all) commercially available resin "detergents" (solvents) often prevent it.
Thanks for the video! Formlabs recommends letting the TPM rinsed print dry prior to rinsing any excess TPM off in water. Do you know how much longer, if any, the process takes when compared to IPA?
IPA evaporates quickly, but this type of solvent has some difficulty evaporating. However, you can considerably improve waiting time by spraying compressed air from a gun onto wet parts, thus removing excess liquid more quickly.
Informative and also good looking guy 🤟
meh.