How do you calculate feeder setup cost?

Multiply feeder setup labor hours by the loaded setup rate and by the percentage of setup cost you capture in the quote, then add the fixed verification or engineering cost. With 14 hr x $68/hr x 100% = $952 variable, plus $120 fixed, total feeder setup cost is $1,072.

What is a good feeder setup cost for an SMT line?

There is no universal number — it scales with feeder count and component variety. A simple board with 20-30 unique parts might set up in 4-8 hours; a dense, high-mix assembly with 60+ feeders can run 12-16 hours. The 14-hour, $1,072 example here is typical for a moderately complex high-mix build.

Why is setup cost captured in quote a separate input?

Some shops absorb part of setup to win repeat business or because a kit is shared across jobs. Setting capture below 100% lets you quote less than full setup while still tracking the true internal cost. At 100% here, the full $952 of labor is passed through.

Should feeder setup cost be amortized per board?

Yes, for unit pricing. Divide the $1,072 total by the planned quantity — across 500 boards that is about $2.14/board, across 5,000 it drops to $0.21/board. This calculator gives you the lump-sum NRE; you amortize it against your run size separately.

What's the difference between feeder setup cost and changeover cost?

Feeder setup cost is the labor and engineering to stage one specific job. Changeover cost is the broader line-idle and teardown time between jobs, including lost production while the line is down. Setup cost is a subset of total changeover impact.

Does the loaded setup labor rate include overhead?

It should. A 'loaded' rate of $68/hr typically rolls in benefits, equipment depreciation, and floor overhead on top of the technician's base wage, so the resulting cost reflects true burdened cost rather than just take-home pay.

Electronics Manufacturing calculator

Feeder Setup Cost Calculator

Feeder setup cost is the non-recurring (NRE) labor and engineering expense of staging an SMT line for a new build — loading tape-and-reel feeders, programming pick-and-place offsets, and first-article verification before a single board runs. EMS quoting engineers and SMT process owners use it to decide whether a job's volume justifies the changeover, and to set a defensible NRE line on every quote. On a shared line, setup cost is the single biggest driver of unit price at low volumes, so getting it right separates a profitable short run from one that loses money the moment the squeegee moves. This calculator splits the variable feeder-loading labor from the fixed verification cost so you can see both.

What this calculator does

Estimate the labor and fixed cost of SMT feeder setup for a job, product family, or changeover.
an estimator needs feeder setup cost for a PCB assembly quote or NPI build
Computes total feeder setup cost as feeder loading labor (hours x loaded rate x capture %) plus a fixed verification/engineering charge.

Formula used

Variable feeder setup labor cost = feeder setup labor hours × loaded setup labor rate × setup cost captured in quote
Total feeder setup cost = variable feeder setup labor cost + fixed verification or engineering setup cost

Inputs explained

Feeder setup labor hours:
Loaded setup labor rate:
Setup cost captured in quote:
Fixed verification or engineering setup cost:

How to use the result

Use it when quoting a new SMT job, evaluating a line changeover, or amortizing NRE across a planned production quantity.
It models a single setup event — it does not amortize the cost across board volume or account for feeder cleaning, splice losses, or shared kitting time across multiple jobs.

Current U.S. benchmarks

As of Jun 2026, average hourly earnings in U.S. manufacturing are $30.27 (BLS), up 4.4% from a year earlier. Burdened shop rates typically run 1.3 to 1.8 times earnings once benefits and overhead are loaded.
The producer price index for copper and brass mill shapes stands at 559.593 (BLS, May 2026), up 76.8% from a year earlier. Quotes priced off last quarter's material cost miss this move. Global copper trades at $13,484 per tonne (IMF via FRED, May 2026).
The U.S. has 11,261 computer and electronic products establishments employing about 815,443 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate feeder setup cost? Multiply feeder setup labor hours by the loaded setup rate and by the percentage of setup cost you capture in the quote, then add the fixed verification or engineering cost. With 14 hr x $68/hr x 100% = $952 variable, plus $120 fixed, total feeder setup cost is $1,072.
What is a good feeder setup cost for an SMT line? There is no universal number — it scales with feeder count and component variety. A simple board with 20-30 unique parts might set up in 4-8 hours; a dense, high-mix assembly with 60+ feeders can run 12-16 hours. The 14-hour, $1,072 example here is typical for a moderately complex high-mix build.
Why is setup cost captured in quote a separate input? Some shops absorb part of setup to win repeat business or because a kit is shared across jobs. Setting capture below 100% lets you quote less than full setup while still tracking the true internal cost. At 100% here, the full $952 of labor is passed through.
Should feeder setup cost be amortized per board? Yes, for unit pricing. Divide the $1,072 total by the planned quantity — across 500 boards that is about $2.14/board, across 5,000 it drops to $0.21/board. This calculator gives you the lump-sum NRE; you amortize it against your run size separately.
What's the difference between feeder setup cost and changeover cost? Feeder setup cost is the labor and engineering to stage one specific job. Changeover cost is the broader line-idle and teardown time between jobs, including lost production while the line is down. Setup cost is a subset of total changeover impact.

Last reviewed 2026-05-12.