Five decision clusters

Go straight to the question you need to answer.

These guides support the calculators instead of repeating them. Each cluster keeps one primary answer for each search task and uses natural links to the next decision.

Filament

Know what leaves the spool.

Convert grams, length and remaining inventory; estimate accepted parts from one spool; then carry the same material inputs into a full job cost.

How many parts from 1kg? →Interactive yield model with reserve, process material and failed-output assumptions.Filament length ↔ weight →Convert grams, meters, feet, volume and cost from editable density and diameter.Spool remaining calculator →Check remaining grams, length and whether the next print can finish.FDM cost calculator →Add machine time, electricity, labor, packaging and failure allowance.

Bambu

Turn Studio and AMS output into a quote.

Read only the categories the file supports, separate useful material from process waste, and keep maintenance and storage overhead visible.

Bambu Studio filament cost →Where to set spool price, read sliced categories and calculate accepted-job material cost.Multicolor purge waste →Compare single-color and multicolor cost across realistic batch sizes.P1S maintenance reserve →Convert parts, service labor, repairs and displaced downtime to cost per hour..gcode.3mf cost analyzer →Read supported print-file metadata locally without uploading the file.P1S + AMS cost hub →Follow material, waste, maintenance, storage and pricing in one sequence.

Pricing

Protect margin after the print is finished.

Start with accepted production cost, then account for fees, custom design work, urgency and the selling margin required by the channel.

Selling price & margin →Work backward from fees and target margin to a minimum price.Price custom CAD and file repair →Define scope, revision limits, design rights and validation-print cost.Price rush orders →Recover schedule disruption, backup capacity and deadline risk.Machine cost per hour →Build a replacement reserve without hiding maintenance or labor.

Print settings

Compare settings with the same acceptance rule.

Use the same model and quality target, compare slicer time and grams, then validate dimensions, surface and function before changing production.

0.4 vs 0.6 nozzle →Compare time, material and cost from two complete slicer profiles.Best infill percentage →Choose a starting range by purpose, walls, load path and top-surface support.Slicer time correction →Build a correction factor from comparable completed jobs.Reduce support material →Balance orientation, support removal, surface quality and failure cost.Electricity cost calculator →Calculate power cost per print, month and year from average watts.

Production

Choose the process and capacity that fit demand.

Compare accepted-unit economics, utilization, batch risk and fixed tooling before buying another printer or committing to a mold.

Print farm ROI →Model utilization, contribution and payback before adding machines.3D print vs molding →Find the modeled break-even quantity from tooling and unit-cost inputs.Production-method guide →Include cash timing, design stability and inventory risk.Real mold-quote case →Keep the anonymized quote separate from modeled printed-cost scenarios.Resin print cost →Include washing, curing, consumables, labor and accepted yield.