Resin Print Cost Calculator

Support structures in resin printing are printed from the same resin as the model itself, and that resin is fully consumed by the print regardless of whether it ends up as part of the finished model or gets removed and discarded as waste after printing. A model needing 20% support material effectively uses 20% more resin than its own volume alone would suggest, which translates directly into real added cost, not just added printing time.

Wash and cure consumables — IPA, gloves, and the electricity to run a UV curing station — are charged as a flat per-print cost regardless of how large or small the model is, since a batch of tiny miniatures uses roughly the same wash-and-cure resources as one larger model. For a small, low-volume print, that flat overhead can represent a meaningful share of the total cost, while for a large print it becomes a comparatively minor add-on to the much larger resin cost.

It's showing a rough material-cost comparison for an equivalent amount of plastic, and resin does typically cost more per gram than standard PLA filament, so the comparison usually favors FDM on pure material cost. But that comparison doesn't account for what each process is actually good at — resin excels at fine detail and smooth surface finish that FDM struggles to match, so the right choice depends on what the print actually needs, not material cost alone.

A bottle of resin genuinely runs out partway through a print if there isn't enough left for a complete pour, so a fractional result like 6.7 prints per liter would overstate how many full prints you can actually complete from one bottle. Rounding down to 6 gives a realistic, actionable number for planning how many bottles to order for a given number of prints.