A metal 3D printing quote is five line items: powder, machine time, setup & data prep, post-processing, and inspection. In 2026, powder runs roughly $60–600 per kg depending on alloy, machine time $100–300 per hour, and post-processing alone can be 30–50% of the final number.[1][2][6] Most suppliers hand you one lump sum. Here is the breakdown behind it — the same structure we itemize on our pricing page.
Line item 1 — Powder
| Alloy | Indicative price | What moves it |
|---|---|---|
| 316L stainless | ~$60–120/kg | The cheap end; lot size and reuse policy[3] |
| 17-4PH / tool steels | ~$100–250/kg | Heat-treat grade certification |
| Inconel 718 / 625 | ~$150–350/kg | Ni/Mo/Nb content, aerospace lots |
| Ti-6Al-4V | ~$300–600/kg | Plasma vs EIGA route, sieve history[1] |
Two things buyers miss: you pay for powder consumed plus a share of the support and waste fraction (typically 5–10%), and powder reuse across builds is what keeps this line sane — a supplier with no documented reuse policy is either overcharging or flying blind.
Line item 2 — Machine time
LPBF machine rates run about $100–300 per hour across the industry, with most stainless and nickel jobs quoting in the lower half and titanium toward the top.[2][4] Build time is set by part volume, layer thickness and scan strategy — not by part count: a plate full of small parts costs nearly the same machine time as one big part filling the same volume. That is why batch quantities drop the per-part number so steeply. Academic cost models put machine depreciation and utilization among the largest single terms — often larger than the material itself.[5]
Line items 3–5 — Setup, post-processing, inspection
| Line | Typical content | Typical share of total |
|---|---|---|
| Setup & data prep | File repair, nesting, support design, first-article work | Fixed per order; dilutes with quantity |
| Post-processing | Supports off, heat treat, CNC, finishing | 30–50% — the biggest hidden term[6] |
| Inspection & docs | CMM, MTC 3.1, CT where specified | 5–10% |
We covered the post-processing half in detail in Post-Processing Is Half the Cost; the point here is that a quote that never names these lines cannot be compared against anyone else’s.
Reading a quote like a factory does
- Volume dominates material. A 200 g 316L bracket consumes ~$20 of powder but may burn $60–150 of machine time. Geometry that prints tall and slow costs more than geometry that is merely heavy.
- Batching beats everything. Ten parts share one setup, one furnace cycle and one CMM program; per-part cost can fall by half versus a single piece.
- Sanity-check against cm³. Industry benchmarks put LPBF in the $3–16/cm³ band depending on alloy and finish — outside that band, ask which line is unusual.[7]
- Demand the breakdown. Activity-based cost models treat prep, build, post and inspection as separate elements[5] — any supplier running real costing can show them.
FAQ
What are the main cost components of metal 3D printing?
Powder ($60–600/kg by alloy), machine time ($100–300/h), setup and data prep, post-processing (30–50% of the total), and inspection with documentation.
How much does metal 3D printing cost per part?
Small stainless parts commonly land in the tens to low hundreds of dollars; titanium and nickel parts run higher — $5–20 per cm³ all-in is a practical titanium benchmark.[1]
Why is metal 3D printing expensive at one-off quantities?
Setup, furnace cycles and inspection programs are fixed costs; one part carries them alone. Batch quantities spread the same fixed costs across every part in the build.
What should an itemized metal AM quote show?
Material (alloy + kg consumed), machine hours, post-processing stages, inspection scope, and lead time — not a single lump sum.[5]
Send your part — we’ll return the quote line by line →
References
- JLC3DP. “Metal 3D Printing Cost Explained: Why Prices Are So High.” jlc3dp.com. Link (accessed August 16, 2026).
- 3DSPRO. “The Ultimate Guide to Metal 3D Printing Cost.” 3dspro.com. Link (accessed August 16, 2026).
- MakerVerse. “What Are Metal Powder 3D Printing Costs in 2026?” makerverse.com. Link (accessed August 16, 2026).
- Met3DP. “Metal 3D Printing Cost vs CNC in 2026: Pricing Benchmarks for Buyers.” blog.met3dp.com. Link (accessed August 16, 2026).
- Communications Engineering (Nature). “Activity-based costing of laser powder-bed additive manufacturing.” 2025. Link (accessed August 16, 2026).
- 3D Demiurge. “Post-Processing Is Half the Cost. Here’s Why.” 3ddemiurge.com. Link.
- Rosswag Engineering. “Metal 3D printing costs: Prices & cost factors FAQ.” rosswag-engineering.de. Link (accessed August 16, 2026).