From Prototype to Small Batch: How Cost Changes as Quantity Grows

Context

For a one-off prototype, 3D printing is usually the fastest and cheapest path. But as quantity climbs to 10, 50, or 100, the equation changes: setup cost spreads across the batch, per-unit time starts to dominate, and the process choice reopens. This article summarizes the decisions to make as quantity grows.

Key Points

1. 1–5 parts: FDMFDMA 3D printing method that lays melted filament layer by layer./SLASLAA resin printing process that cures liquid resin with light for high-detail parts. almost always wins; there is no setup cost and iteration speed is high.
2. 10–50 parts: print time starts to accumulate. If the geometry allows, request a CNCCNCA subtractive manufacturing family using computer-controlled cutting tools. quote too; the gap may be smaller than you expect.
3. 50–100+ parts: expectations for surface and repeatability rise. Compare CNCCNCA subtractive manufacturing family using computer-controlled cutting tools., casting, or bridge production ahead of tooling.
4. Share your quantity range in the RFQRFQRequest for Quote: a quote flow with technical files and production requirements. up front; a Creator can give price tiers (e.g., 1 / 10 / 50 parts) in a single quote.
5. Before committing to a batch, produce the final prototype in the same material and process as the batch; material changes create surprise behavior differences.
6. Include shipping and inspection in the schedule; measuring 100 parts takes real time, just like producing them.

Call-to-Action

A quantity increase is not an order detail; it is a process decision. Share your target quantity range in the RFQRFQRequest for Quote: a quote flow with technical files and production requirements. and let Fabberworks Creators respond with tiered pricing and the right process.