How do you calculate a quote price for a forming job?

Multiply quantity by the price basis and (1 + margin markup), then add the fixed setup charge. For 100 units at $45 with an 80% markup plus $250 setup: 100 × 45 × 1.80 + 250 = $8,350.

What is the cost recovery factor in a quote?

It scales the nominal per-unit price to the share you actually recover, accounting for negotiation room, expected efficiency or blended work content. At 80%, the $45 nominal becomes $36 of recovered variable price per unit before setup.

How should I handle setup cost in a quote?

Charge it once for the run and let it amortize. The $250 setup adds $2.50 per piece across 100 units but $12.50 per piece across only 20, which is why short runs must carry a higher per-piece price.

Why is my per-piece quote higher on small runs?

Because fixed setup is spread over fewer pieces. The variable portion stays flat, but setup per piece rises as quantity falls, so a 20-piece run of the same part legitimately costs more each.

Quote price vs. labor per assembly?

Labor per assembly isolates direct labor cost only. Quote price is the customer-facing figure that should already include material, overhead and margin. Use labor per assembly as an input when building the price you enter here.

How do I stay competitive without under-quoting?

Do not drop the fixed setup to win short runs; instead offer a lower per-piece price at higher quantity, where setup amortizes. The calculator shows exactly how per-piece price falls as quantity rises.

Tube, Pipe & Profile Forming calculator

Quote Price Calculator

Quote Price gives a tube, pipe and profile forming shop a fast, defensible number to put in front of a customer, the total for a run plus the per-piece price it implies. It combines a per-unit price scaled by a cost-recovery factor with a one-time setup and tooling charge, so both the variable work and the fixed changeover effort are recovered in the quote. Estimators and sales engineers use it to turn a router or a napkin sketch into a competitive figure without under-pricing setup on short runs. On a fabrication floor, where the same bracket can be profitable at 500 pieces and a loss at 20, getting setup amortization right in the quote is what protects margin.

What this calculator does

Quote Price gives a tube, pipe and profile forming shop a fast, defensible number to put in front of a customer, the total for a run plus the per-piece price it implies.
Use it when quote price in tube, pipe and profile forming is being put through a tube, pipe and profile forming weighted-cost review.
It computes the total quoted price for a forming run and the per-piece price implied by that total.

Formula used

Total quote price = quantity × price basis × (1 + margin markup ÷ 100) + fixed setup and tooling
Per-unit quote price = total cost ÷ quantity

Inputs explained

Quoted assembly quantity:
Price per assembly:
Margin markup on price basis:
Fixed setup and tooling charge:

How to use the result

Use it when preparing a customer quote or a should-cost check, especially where fixed setup must be recovered across the run.
It is a pricing roll-up, not a full cost model, it does not separate material, margin and overhead, so feed it figures that already reflect your target markup.

Current U.S. benchmarks

The producer price index for steel mill products stands at 374.203 (BLS, Jul 2026), up 22.5% from a year earlier. Quotes priced off last quarter's material cost miss this move.

Common questions

How do you calculate a quote price for a forming job? Multiply quantity by the price basis and (1 + margin markup), then add the fixed setup charge. For 100 units at $45 with an 80% markup plus $250 setup: 100 × 45 × 1.80 + 250 = $8,350.
What is the cost recovery factor in a quote? It scales the nominal per-unit price to the share you actually recover, accounting for negotiation room, expected efficiency or blended work content. At 80%, the $45 nominal becomes $36 of recovered variable price per unit before setup.
How should I handle setup cost in a quote? Charge it once for the run and let it amortize. The $250 setup adds $2.50 per piece across 100 units but $12.50 per piece across only 20, which is why short runs must carry a higher per-piece price.
Why is my per-piece quote higher on small runs? Because fixed setup is spread over fewer pieces. The variable portion stays flat, but setup per piece rises as quantity falls, so a 20-piece run of the same part legitimately costs more each.
Quote price vs. labor per assembly? Labor per assembly isolates direct labor cost only. Quote price is the customer-facing figure that should already include material, overhead and margin. Use labor per assembly as an input when building the price you enter here.

Last reviewed 2026-08-13.