Resin printing can produce highly detailed and intricate prints, but it requires some knowledge and attention to detail to get the best results.

Best Practices

  1. Handle resin with care, wear gloves and protective gear, and keep it away from open flames.
  2. Store resin properly in a cool, dry place, away from direct sunlight.
  3. Always level your printer bed before starting a print and use the recommended print settings for your resin.
  4. Use a resin-compatible resin tank and replace it periodically to prevent contamination and leaks.
  5. Clean the resin tank and build platform regularly to prevent failed prints and improve print quality.
  6. Use supports to prevent warping, failed prints, and improve print quality.
  7. Use a UV curing chamber or a UV lamp to fully cure your prints and increase their strength.
  8. Post-process your prints with sanding, polishing, and painting to achieve a desired finish.
  9. Experiment with different resins, printers, and settings to find the best combination for your projects.
  10. Always follow the manufacturer’s instructions and guidelines for your resin and printer.

    Attention to Detail

    1. Resin type: There are different types of resin available, each with their own properties and optimal printing conditions. Choosing the right resin for your project is important for achieving the desired quality and strength.
    2. Resin settings: Adjusting the exposure time, bottom layer exposure time, lift distance, and other settings in the slicer software can affect the quality and accuracy of the print.
    3. Print orientation: Just like with FDM printing, print orientation is important in resin printing as well. The orientation can affect the amount of support structures required, as well as the quality of the print.
    4. Supports: Proper support structures are important in resin printing to prevent the print from collapsing during the printing process. The location and number of supports can affect the quality of the print, as well as the amount of post-processing required.
    5. Print bed leveling: Ensuring that the print bed is level is crucial in resin printing to achieve a good first layer and prevent warping or detachment during the printing process.
    6. Resin curing: Properly curing the printed model is important for achieving the desired strength and stability. Curing time and temperature can affect the quality and durability of the print.
    7. Safety: Resin printing can produce harmful fumes and should be done in a well-ventilated area. Wearing gloves and eye protection is also important to avoid contact with the resin.

    By following these best practices and attention to details, you can improve your resin printing results and create impressive and high-quality prints.

    4 thoughts on “Best Practices for Resin Printing”
    1. Hey

      Your resin printing guide was like a masterclass, as concise and enlightening as binary on a motherboard.

      2 questions:

      1) We’ve got this warping issue, right? Even after bed leveling and supports, it’s as tricky as a Rubik’s cube. Do you have any advanced strategies to outsmart this challenge?
      2) Also, what’s your take on resin tank maintenance? How frequently should one consider a replacement to keep the prints high-quality?

      Can’t wait for your insights, thanks in advance. 🙏

      P.S. If there’s any tech amulet to ward off warping, I’ll take 7. 😉

      Dan the Man

      1. Hey there, fellow 3D printing aficionado!

        I appreciate your kind words the blog.

        Warping is indeed a tricky puzzle, a Rubik’s cube of the 3D printing world if you will. But fear not, we have some pro-tips to crack it. First, maintaining an optimal temperature in your printing environment is crucial. If it’s too cold, it may lead to uneven cooling of the resin, which can cause warping. Second, consider using an adhesive on your build platform. A thin layer can go a long way in ensuring the print adheres correctly throughout the process.

        As for the resin tank, the replacement frequency really depends on usage. However, a ballpark figure would be after about 2-3 liters of resin has been used, or if there are noticeable damages or clouding. Troubleshooting Resin Prints provides a comprehensive rundown on resin tank maintenance.

        For a deep dive into preventing warping, this has some valuable insights.

        Happy printing and all the best with your warping issues. Thanks for the questions!

        P.S. Tech amulet to ward off warping, huh? Now that’s a start-up idea! 😉


        1. Thanks for the advice. I’ll keep an eye on temperature and try out the adhesive. The links look useful, especially for understanding resin tank maintenance.

          Keep up the great work,

          Dan the Man

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