How do you calculate control board packaging cost?

Multiply the number of boards packaged by the per-board material and labor cost and by the share of boards on that packaging configuration, then add fixed carton, label, and setup cost. With 18,000 boards at $0.68/board at 100% mix plus $750 fixed, that is $12,240 variable + $750 = $12,990 total.

What is the packaging cost per board in this example?

$0.7217 per board. That is the $12,990 total divided by 18,000 boards, so the fixed $750 setup adds about $0.042 on top of the $0.68 variable rate.

Why include a configuration mix percentage?

When only part of a run uses a given pack-out (say 60% go into moisture-barrier bags and the rest into reusable trays), the percentage lets you cost just that share without splitting the order into separate calculations.

How do I lower per-board packaging cost?

Spread the fixed setup across more boards, switch from individual MBB bags to bulk ESD trays where moisture sensitivity allows, and right-size cartons to cut dunnage. At 18,000 boards the $750 fixed cost is already only ~$0.042/board, so most savings come from the $0.68 variable rate.

Does this include moisture-barrier bagging for MSL parts?

Yes, if you fold the bag, desiccant, humidity indicator card, and bag-seal labor into the per-board material and labor cost. Moisture-sensitive boards (JEDEC MSL 3+) carry higher per-board cost than non-sensitive assemblies.

Is packaging cost or scrap cost the bigger driver?

For most appliance board lines packaging runs well under $1/board while a single scrapped board can run $20+. Packaging is high-volume and low-unit; scrap is the opposite. Track both, but reduce scrap first for fastest dollar impact.

Appliance Electronics & Control Boards calculator

Appliance Control Board Packaging Cost Calculator

Control board packaging cost captures everything between a passing final test and a board sitting on a shipping dock: ESD bags, foam inserts or trays, moisture-barrier bags with desiccant, labels, cartons, and the touch labor to assemble it all. For appliance electronics makers shipping to OEM assembly lines and aftermarket distributors, this is a real per-unit cost that quoting engineers and operations managers routinely underestimate. This calculator separates the variable packaging spend (driven by volume and the share of boards on a given pack-out config) from the fixed label, carton, and line-setup cost so you see both the total and the true loaded cost per board.

What this calculator does

Estimate packaging cost for appliance control boards from packed board count, packaging cost per board, packed share, and fixed label or carton setup cost.
a production planner or estimator needs packaging cost for appliance control board shipments or service kits
It computes total control board packaging cost by multiplying boards packaged by the per-board material and labor rate and the configuration mix percentage, then adding the fixed label, carton, or setup cost.

Formula used

Variable packaging cost = control boards packaged × packaging material and labor cost × boards using this packaging configuration
Total control board packaging cost = variable packaging cost + fixed label, carton, or setup cost

Inputs explained

Control boards packaged:
Packaging material and labor cost:
Boards using this packaging configuration:
Fixed label, carton, or setup cost:

How to use the result

Use it when quoting a new board program, comparing tray versus bag-and-box pack-out, or building a should-cost model for a packaging line.
It assumes a single per-board rate; if your run mixes ESD trays and individual moisture-barrier bags at very different costs, model each config separately and sum the totals.

Current U.S. benchmarks

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).
Steel mill PPI stands at 348.53 (BLS, May 2026), up 6.7% from a year earlier. New factory orders are up 2.3% year over year (Census).
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 control board packaging cost? Multiply the number of boards packaged by the per-board material and labor cost and by the share of boards on that packaging configuration, then add fixed carton, label, and setup cost. With 18,000 boards at $0.68/board at 100% mix plus $750 fixed, that is $12,240 variable + $750 = $12,990 total.
What is the packaging cost per board in this example? $0.7217 per board. That is the $12,990 total divided by 18,000 boards, so the fixed $750 setup adds about $0.042 on top of the $0.68 variable rate.
Why include a configuration mix percentage? When only part of a run uses a given pack-out (say 60% go into moisture-barrier bags and the rest into reusable trays), the percentage lets you cost just that share without splitting the order into separate calculations.
How do I lower per-board packaging cost? Spread the fixed setup across more boards, switch from individual MBB bags to bulk ESD trays where moisture sensitivity allows, and right-size cartons to cut dunnage. At 18,000 boards the $750 fixed cost is already only ~$0.042/board, so most savings come from the $0.68 variable rate.
Does this include moisture-barrier bagging for MSL parts? Yes, if you fold the bag, desiccant, humidity indicator card, and bag-seal labor into the per-board material and labor cost. Moisture-sensitive boards (JEDEC MSL 3+) carry higher per-board cost than non-sensitive assemblies.

Last reviewed 2026-05-12.