PM Part Cost Calculator
Estimate unit landed cost by volume and see when tooling amortization beats buying your tooling outright
Tooling Amortization Calculator
Buyer-owned tooling vs. tooling amortized into the piece price, by annual volume
Net sintered weight of one part
Preset follows complexity (5,000 / 12,000 / 25,000 USD). Type your own quote to override.
Machining, sizing, heat treatment, or plating — cost per part
Parts per year — the slider is logarithmic, so each step multiplies volume
Model: tooling amortized over 3 years of your annual volume (illustrative — suppliers quote their own amortization basis)
| Annual volume | Upfront (buyer-owned), USD/part | Amortized (in piece price), USD/part |
|---|---|---|
| 1,000 | $30.75 | $19.15 |
| 2,500 | $20.35 | $15.95 |
| 5,000 | $15.53 | $13.53 |
| 10,000 | $11.98 | $11.18 |
| 20,000 | $9.04 | $8.84 |
| 50,000 | $5.87 | $6.03 |
| 100,000 | $3.87 | $4.15 |
| 250,000 | $3.80 | $4.15 |
| 500,000 | $3.77 | $4.15 |
Break-even Volume
≈ 30,000 parts/yr
Above this annual volume, paying for tooling upfront costs less per part. Below it, amortizing tooling into the piece price costs less per part while keeping cash free — the trade-off is financial, not technical.
Cost Detail at Your Volume (10,000 pcs/yr)
MOQ and exact lead time depend on the part — see our PM MOQ and lead time guide. Tooling presets are complexity placeholders, not quotes.
How to Read This Calculator
The calculator answers one question that sits inside every powder metallurgy quotation: how much of the part price is really tooling, and how does that share change with volume. It draws two curves. The blue curve is buyer-owned tooling — you pay the tooling invoice once, and the per-part cost of that tooling generally falls as annual volume rises. The amber curve is amortized tooling — no upfront invoice, with the tooling cost recovered through a per-piece adder spread over an agreed volume. The point where the curves cross is the break-even: below it, amortization costs less per part and keeps your cash free; above it, owning the tooling usually wins on the parts you actually ship.
Under the hood, the estimate reuses the same material, complexity, and volume-discount tables as our material comparator and quick cost estimator — material grade and part complexity scale the base price, and volume discount deepens as annual quantity grows. The amortization side spreads the tooling cost over three years of your annual volume, which is an illustrative model: real suppliers quote their own amortization basis, and the number of parts that amortization is spread over is a negotiated term, not a constant. For the full anatomy of what goes into a PM quotation — powder, press cycle, sintering, secondary operations — read our powder metallurgy cost factors guide.
The break-even number is where the commercial decision lives, not where it ends. If the curves say owning your tooling is cheaper at your volume, the next questions are contractual: who holds title, who maintains the tooling, and what happens if you move the program. Our tooling ownership guide walks through the four commercial models and what a fair agreement covers. If cash flow argues for amortization even above break-even, that can still be a rational choice — the calculator prices the trade-off, you make the call. A worked walkthrough of this arithmetic, with the cost blocks behind each input, sits on our PM cost calculator guide page.
Two cautions before you commit tooling money. First, run your design through the powder metallurgy DFM guide — a part that needs level count or tolerance work changes the tooling estimate more than any slider here. Second, treat every number above as a budgeting estimate: geometry, tolerances, powder prices, and secondary operations move real quotes. When the numbers look workable, send the drawing and we will quote the part with the tooling terms stated in writing.