separation studio 4 print to regular printer

We generated both at the highest density. On the other hand, we had a bit different story with medium-tipped and large-tipped supports. Furthermore, even a bunch of intentionally added additional supports did not help to get decent result. Layer separation forces were too high for tips of this size even with such favorable shape as sphere. Both models failed and we printed “supports only”. Then we supplemented auto generated supports with a bunch of additionally manually added supports (model on the right). For this attempt, we placed small-tipped supports at the highest density (model on the left). Half-sphere modelĪs expected, all resin supports with small tips failed miserably. This part was conducted with Anycubic Photon 3D printer using our AMD-3 LED UV resin with following settings.īelow, we present you our “Anycubic Photon” results and some comments about each of them. Our own AmeraLabs cannon that you can download from Thingiverse.Twisted tube with longer chain of supports and a bit uneven load on supports.Simple half-sphere, when layer separation forces from FEP are quite uniform.We printed three custom models for this experiment on both machines. Additional variations, when we added manual supports to automatic suggestion.Low, medium and high densities with large tips (~0.5–0.6 mm).Low, medium and high densities with medium tips (~0.4–0.5 mm).

Low, medium and high densities with small tips (~0.3 mm).We used XYZware software to place supports and relied on automatic support generation function.

We made some conclusions at the end of this article. This time we have chosen two different machines: Peopoly Moai resin 3D printer and Anycubic Photon resin 3D printer. In order to evaluate our assumptions and see how various settings impact the final result, let’s conduct a simple experiment.

Testing settings for failing resin supports We recommend reading the full article here: 6 Key Principles of 3D Printing Supports that Work. In a previous article we listed 6 principles that you have to consider to make sure, that your prints wouldn’t fail while resin 3D printing supports. This time we set out to prove our assumptions with an experiment. In a previous blog post “6 Key Principles of 3D Printing Supports that Work” we have covered why support structures are needed, how to properly set them up for resin 3D printing and the key reasons behind failing of supports. That is when you get only support structures on the build plate after 3D printing instead of the intended object. We have noticed one standard issue for most beginners of “bottom-up” style SLA 3D printing.

Separation studio 4 print to regular printer