How do you calculate hose assembly labor cost?

Multiply assemblies by the loaded labor rate per assembly and the labor capture factor to get variable labor, then add fixed setup. With 200 assemblies at $2.85 each and 100% capture plus $120 setup, variable labor is $570 and total is $690.

What is the labor cost per hose assembly in this example?

$3.45 per assembly. That is the $690 total ($570 variable plus $120 fixed setup) spread across all 200 assemblies, so the fixed setup adds $0.60 on top of the $2.85 variable rate.

What does the labor capture factor do?

It scales the booked labor up or down to reflect actual efficiency or recovery. At 100% you capture the full standard rate; set it below 100% if you only recover part of touch time, or above to account for inefficiency or rework on a difficult crimp.

Why include a fixed setup or changeover cost?

Each die change, crimp setting, and first-article check is paid once per run regardless of quantity. Spreading the $120 setup over 200 assemblies adds $0.60 each; over 20 assemblies it would add $6.00 each, which is why short runs cost more per piece.

Is $2.85 per assembly a good labor rate?

For a single-crimp 1/4-inch to 1-inch hydraulic assembly on a benchtop crimper, $2 to $5 of touch labor is typical. Large-bore, multi-spiral, or cleanroom-cleaned assemblies run far higher because skiving and handling take longer.

How can I lower cost per assembly on short runs?

Batch similar fitting and die combinations to amortize the fixed setup over more pieces, pre-kit ferrules and fittings, and minimize crimp-die changeovers. Halving setups effectively halves the fixed portion of your per-assembly cost.

Hose, Tubing & Fluid Conveyance Products calculator

Assembly Labor Cost Calculator

Assembly labor cost is the direct labor portion of building hydraulic and industrial hose assemblies — cutting hose to length, skiving, inserting fittings, and crimping each end. Estimators and shop managers use it to quote jobs and to check whether actual touch labor on a crimp cell matches what was bid. Getting it right matters because labor is often the difference between a profitable hose order and a job that barely covers fittings and hose. This calculator separates variable per-assembly labor from fixed setup so you see the real per-piece cost.

What this calculator does

Estimate labor cost for hose or tubing assembly operations from assembly count, loaded labor rate, capture factor, and fixed setup cost.
Use it when building up the labor line in a hose assembly quote, reviewing assembly labor cost per product, or comparing labor cost across assembly methods.
Computes total assembly labor cost and cost per assembly by combining variable labor (quantity x loaded rate x capture factor) with a fixed setup or changeover charge.

Formula used

Variable assembly labor cost = assemblies x loaded labor rate x labor capture factor
Total assembly labor cost = variable labor cost + fixed setup or changeover cost

Inputs explained

Hose assemblies to produce:
Loaded assembly labor rate:
Labor capture factor:
Fixed setup or changeover cost:

How to use the result

Use it when quoting a hose assembly run, comparing in-house crimping to outsourcing, or validating standard labor hours against booked time on the crimp press.
It models labor only — it excludes hose, fittings, ferrules, and machine burden, so it is not a full landed cost per assembly.

Current U.S. benchmarks

The U.S. has 11,391 plastics and rubber products establishments employing about 815,988 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate hose assembly labor cost? Multiply assemblies by the loaded labor rate per assembly and the labor capture factor to get variable labor, then add fixed setup. With 200 assemblies at $2.85 each and 100% capture plus $120 setup, variable labor is $570 and total is $690.
What is the labor cost per hose assembly in this example? $3.45 per assembly. That is the $690 total ($570 variable plus $120 fixed setup) spread across all 200 assemblies, so the fixed setup adds $0.60 on top of the $2.85 variable rate.
What does the labor capture factor do? It scales the booked labor up or down to reflect actual efficiency or recovery. At 100% you capture the full standard rate; set it below 100% if you only recover part of touch time, or above to account for inefficiency or rework on a difficult crimp.
Why include a fixed setup or changeover cost? Each die change, crimp setting, and first-article check is paid once per run regardless of quantity. Spreading the $120 setup over 200 assemblies adds $0.60 each; over 20 assemblies it would add $6.00 each, which is why short runs cost more per piece.
Is $2.85 per assembly a good labor rate? For a single-crimp 1/4-inch to 1-inch hydraulic assembly on a benchtop crimper, $2 to $5 of touch labor is typical. Large-bore, multi-spiral, or cleanroom-cleaned assemblies run far higher because skiving and handling take longer.

Last reviewed 2026-05-12.