3D Print Cost Calculator for FDM, SLA, SLS, MJF & DMLS
Estimate 3D printing material consumption, cost per part, batch production costs, and production time across FDM, SLA, SLS, MJF, and DMLS using editable material, machine, build-time, and labor inputs.
3D Printing Cost Calculator: Process and Material Inputs
Use this 3D print cost calculator to build an editable production-cost scenario for FDM, SLA, SLS, MJF or metal SLM/DMLS. Unlike an instant quoting engine, it does not invent machine rates, powder yield or print time from a CAD volume alone.
FDM: the net material volume should come from slicer extrusion, including the selected infill. Supports and purge are added separately. CAD infill mode is an approximate mass model.
3D Printing Time Calculator: Build and Batch Inputs
A slicer/build-preparation estimate is the timing input. The tool calculates build count and production elapsed time; it does not independently slice a CAD file. For powder and SLA builds, parts per build depend on verified packing and height.
3D Print Pricing Calculator: Machine and Labor Rates
Initial money amounts are fictional examples for exploring the model. Change every rate to match your own supplier, machine and labor conditions. Selecting another currency changes labels only, not exchange rates.
3D Printing Price Calculator: Cost per Part
Cost Breakdown
| Cost item | Batch scenario |
|---|---|
| Material (incl. support and loss) | — |
| Billable machine print time | — |
| Setup and post-processing labor | — |
| Finishing, consumables, inspection | — |
| Fixed job setup | — |
| Overhead / handling | — |
Material: orange. Machine: navy. Labor: teal. Other and overhead: gray.
3D Printing Cost Estimator: Quantity and Build Utilization
Quantity affects the number of machine builds and how fixed setup and labor are distributed. The table recalculates the selected process at 1, 10, 50 and 100 requested good parts, plus your entered quantity. It uses the same slicer-estimated hours per build and validated parts per build, including a full-build time for a partially occupied final build.
| Good parts | Print starts incl. rejects | Builds | Machine hours | Elapsed planning hours | Cost / good part |
|---|---|---|---|---|---|
| Enter values to compare quantities. | |||||
3D Printing Material Cost Calculator: Five Separate Cost Structures
FDM filament cost calculator: net extruded filament mass, optional CAD solid/infill approximation, printed support, purge waste, print time and manual support removal. The 3d printing cost per gram here equals the user-entered price per kilogram divided by 1,000. The 3d printing cost per hour is the user’s machine charge rate, not a universal printer operating cost.
SLA resin printing cost calculator: printed resin part mass, support structures, resin handling loss, build hours, washing, curing and finishing. Enter the relevant resin grade and wash/cure workload under post-processing; the calculated resin quantity is a planning allocation, not a verified resin dispenser reading.
SLS and MJF powder-bed processes: net nylon part mass plus a separately specified allowance for fresh powder losses, refresh/makeup or nonrecoverable powder allocation. Recovered surrounding powder is not automatically treated as 100% consumed. Build packing, machine hours, cooldown and depowdering are entered independently.
SLM/DMLS metal printing: net metal mass, supports and unrecovered metal powder allocation, longer build hours, support removal, heat treatment and machining or inspection charges. No universal metal-machine rate or qualification cost is assumed. For regulated or critical parts, the model is not a replacement for process validation and a supplier quotation.
For process capabilities, materials and post-processing options, see additive manufacturing 3D printing services.
3D Print Cost and Production Time: Common Questions
How much does 3D printing cost?
It depends on process, part material and supports, how many parts fit in a build, actual build hours, material loss, labor, post-processing, inspection and job overhead. Change the sample rates in this calculator to your supplier or in-house records; the output is a scenario, not a market price quote.
How to calculate 3D printing price?
Sum allocated material cost, machine hours × machine hourly rate, hands-on labor, consumables/finishing/inspection, setup and overhead. Divide the total production scenario by the number of good parts required; account for expected rejects and partially filled builds.
How long does 3D printing take?
Printer time cannot be determined reliably from part volume alone across FDM, SLA, SLS, MJF and DMLS. Obtain the time for each validated build from a slicer or machine build planner, then apply the number of builds, parallel printers, cooling/curing and labor workflow to estimate production elapsed hours. For SLA, include layer count, support geometry, machine settings, washing and curing.
Is this a 3D printing time calculator or slicer?
It calculates batch scheduling and production elapsed hours from user-entered slicer/build time. It does not import CAD files, generate supports, simulate a laser path, or infer print time independently from a part’s dimensions.
Why do SLS and MJF costs depend on batch packing?
One build may contain many parts, allowing equipment time to be shared. However, part spacing, build height, thermal limitations, material refresh and machine rules determine whether that build layout is feasible. Verify the parts-per-build input with build preparation software.
Why does a larger order not always reduce 3D print unit cost?
Additional builds may be needed at quantity thresholds. A partially occupied final build can increase cost per part; finishing, inspection and yield remain significant. The quantity table displays these effects for the current inputs.
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