What Is The Best Solvent for Resin Removal for 3D Printing?
Resin removal for 3D printing is a necessary cleaning process that removes any left-over resins after printing. 3D printers must be cleaned after each use as part of regular maintenance, to keep your 3D printer functioning at its best ability. The resin that is used to produce 3D printed objects is thick and hardens quickly, therefore you will need to find a chemical solvent that can easily break up and remove any leftover particles from your printer, without damaging the machine. When looking for chemicals or solvents to remove resin, you want to be sure you find a solvent that is effective and will evaporate quickly to prevent damage. For these reasons many 3D printers use IPA (isopropyl alcohol) to clean 3D printing equipment.
Benefits of IPA Resin Removal for 3D Printing:
- High Evaporation Rate – Industrial IPA used to clean and degrease machinery, like 3D printers, contains very little water, which allows it to evaporate quickly. Quick evaporation prevents pooling or prolonged exposure to moisture that could damage your printer.
- Safety – IPA is generally safe to use when handled properly and requires very little safety gear for use.
- Effective – IPA is a strong cleaning and degreasing agent that can easily break up resins, grease, or gummy substances that can gather on machinery with continual use. Regularly cleaning printers and machines with IPA will prevent buildup that could cause damage or impact your machine’s performance.
Where to Find High Purity IPA for Resin Removal:
If you are interested in using IPA for Resin Removal for 3D Printing, Ecolink can provide you with the right purity and quantity for your needs. We are an environmentally conscious provider of chemicals and solvents, like IPA, for industrial needs. Ecolink also has the ability to provide and ship bulk quantities. From 5 gallon buckets to 55 gallon drums, Ecolink has you covered. Contact our knowledgeable customer service team today to learn more or shop our high purity IPA here!