How do you calculate support removal labor cost?

Multiply support removal hours by the loaded labor rate and the chargeable capture percentage, then add the setup charge. With 6.5 hr x $48 x 90% you capture $280.80 of labor; adding the $35 setup gives $315.80 total.

Why include a chargeable capture factor below 100%?

Not every minute at the bench is billable - waiting for fixtures, re-clamping, and inspection eat time. A 90% capture means you recover $280.80 of the $312 raw labor, acknowledging roughly 10% of effort you can't pass through to the customer.

What is a realistic support removal rate per hour?

Post-processing techs typically run $40-$60/hr fully loaded. This calculator uses $48/hr, and the effective rate after setup and capture works out to about $48.58/hr once spread across the job.

How can I reduce support removal labor?

Reorient parts to self-support overhangs above ~45 degrees, switch to soluble or breakaway supports where the process allows, and lower support density in the slicer. Each saved hour at $48 removes roughly $43 of captured cost at 90% capture.

Should setup cost be per part or per build?

Charge setup per build or per fixturing operation, not per part - the $35 here covers jigs and bench prep that you incur once. Spreading it across more nested parts lowers the per-part burden.

Is support removal labor part of post-processing cost?

Yes, it's usually the largest single line in AM post-processing, ahead of bead blasting or heat treat. Track it separately so you can target design-for-AM changes at the real cost driver.

Additive Manufacturing calculator

Support Removal Labor Calculator

Support Removal Labor estimates the fully-loaded cost of breaking off, cutting, and finishing the support structures left behind by metal and polymer 3D prints. AM service bureaus and in-house print shops use it to price the most under-estimated step in additive workflows, since hand support removal on a dense build can rival or exceed print time itself. It folds in the technician's loaded rate, a realistic chargeable-capture factor for non-billable fiddling, and a flat setup charge for jig and tooling time. Getting this number right is the difference between a quote that covers the post-processing bench and one that quietly bleeds margin on every job.

What this calculator does

Estimate labor cost for removing, dissolving, cutting, or blasting supports from printed parts.
a post-processing lead needs to plan support removal labor and quote the finishing burden
It computes total support removal labor cost as captured removal labor (hours x rate x capture) plus a fixed setup charge.

Formula used

Captured support labor = removal hours × labor rate × chargeable capture
Support removal labor cost = captured labor + setup cost

Inputs explained

Support removal time per part:
Post-processing labor rate:
Chargeable labor capture:
Support removal setup charge:

How to use the result

Use it when quoting AM parts, building per-part post-processing standards, or deciding whether a redesign to reduce supports pays for itself.
It assumes manual removal at a single blended rate and does not model machined or chemically dissolved supports, which follow very different cost curves.

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 plastic resins and materials stands at 319.371 (BLS, May 2026), up 19.5% from a year earlier. Quotes priced off last quarter's material cost miss this move.
The U.S. has 22,301 printing and related support establishments employing about 386,248 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate support removal labor cost? Multiply support removal hours by the loaded labor rate and the chargeable capture percentage, then add the setup charge. With 6.5 hr x $48 x 90% you capture $280.80 of labor; adding the $35 setup gives $315.80 total.
Why include a chargeable capture factor below 100%? Not every minute at the bench is billable - waiting for fixtures, re-clamping, and inspection eat time. A 90% capture means you recover $280.80 of the $312 raw labor, acknowledging roughly 10% of effort you can't pass through to the customer.
What is a realistic support removal rate per hour? Post-processing techs typically run $40-$60/hr fully loaded. This calculator uses $48/hr, and the effective rate after setup and capture works out to about $48.58/hr once spread across the job.
How can I reduce support removal labor? Reorient parts to self-support overhangs above ~45 degrees, switch to soluble or breakaway supports where the process allows, and lower support density in the slicer. Each saved hour at $48 removes roughly $43 of captured cost at 90% capture.
Should setup cost be per part or per build? Charge setup per build or per fixturing operation, not per part - the $35 here covers jigs and bench prep that you incur once. Spreading it across more nested parts lowers the per-part burden.

Last reviewed 2026-05-12.