Manufacturing calculator category
Additive Manufacturing Service Bureau Quoting calculators
Calculators for additive manufacturing service bureaus that price and plan 3D printing work. Estimators, shop owners, and post-processing leads use these to build quotes, recover machine rates, and check that FDM, SLA, SLS, MJF, and metal LPBF jobs actually clear margin before they ship.
What this hub covers
- Calculators for pricing 3D printing jobs: quote cost, machine hour rate recovery, nesting yield, support-removal labor, post-processing, and order profitability.
- Browse additive manufacturing service bureau quoting calculators for manufacturing planning, quoting, quality, capacity, and operations decisions.
Best calculators in this category
- 3D Printing Quote Cost: Estimate a service bureau quote cost from quoted part or machine hours, selling rate, billable capture, and fixed job charges.
- Service Bureau Margin: Calculate gross margin on an additive manufacturing quote from customer price, estimated job cost, and margin reference price.
- Machine Hour Rate Recovery: Check whether the quoted AM machine hourly rate recovers the fully burdened printer hourly cost.
- Nesting Yield: Calculate usable nested parts as a percentage of requested parts or theoretical build capacity for quote planning.
- Support Removal Labor Time: Estimate support removal hours from supported parts, removal throughput, and handling allowance.
- Post-Processing Quote Cost: Estimate quoted post-processing cost from finishing hours or parts, service rate, billable capture, and setup charge.
- Build Failure Exposure: Estimate quote risk from failed builds or rejected parts, including failure cost, expected exposure, and recovery charges.
- Powder Refresh Quote Cost: Estimate powder refresh cost for SLS, MJF, or metal AM quotes from virgin powder mass, powder price, refresh capture, and handling charge.
- Resin Service Cost: Estimate resin printing material and handling cost from resin volume, resin price, billable capture, and vat or wash setup charge.
- Quote Turnaround Workload: Estimate quoting labor hours from RFQ count, quote-processing throughput, and complexity allowance.
- AM Order Profitability: Estimate additive order profit contribution from accepted parts or hours, contribution rate, billable capture, and fixed profit adjustments.
- Service Bureau Capacity: Estimate good service bureau output from parts per build cycle, available build cycles, printer uptime, and accepted yield.
Common manufacturing problems solved
- additive manufacturing quoting
- 3d printing service bureau
- machine hour rate
- post processing
- print farm
Live market signals for this industry
- The producer price index for plastic resins and materials stands at 310.753 (BLS, Jun 2026), up 17.2% from a year earlier. Quotes priced off last quarter's material cost miss this move.
- The U.S. prime lending rate is 6.75% (Federal Reserve via FRED, 2026-08-06). Payback and financing math should start from today's rate, not a remembered one.
Category questions
- How do I set a machine hour rate for a 3D printer? Start with fully burdened hourly cost: depreciation or lease per running hour, energy, inert gas or nitrogen, maintenance contracts, and allocated facility overhead. Then apply a target recovery, usually 120 to 160 percent, using the Machine Hour Rate Recovery calculator. A $62/hr burdened cost at a $85/hr quote recovers about 137 percent. Set a separate rate per machine class, since a DMLS system costs far more per hour than an FDM printer.
- Should I quote 3D printing jobs by the part or by machine hour? Quote by part for repeatable, well-characterized geometries where part count tracks cost reliably. Quote by machine hour for one-off or complex builds where print time is the real driver and part count understates it. The 3D Printing Quote Cost calculator accepts either basis. On mixed jobs, machine hour pricing usually protects you better because long builds otherwise get underpriced.
- Why does nesting yield affect my per-part price? Fixed build cost, machine warm-up, inert gas, and cool-down, is spread across every good part on the plate. At low nesting yield those costs land on fewer parts, so each one absorbs more and your quote climbs. Strong powder-bed bureaus run 80 to 90 percent packing. The Nesting Yield calculator reports actual yield and the gap to target so you can re-nest before committing machine time rather than printing mostly air.
- How much should I charge for support removal on metal parts? Estimate hours first, then apply your loaded finishing rate. Support Removal Labor Time divides supported parts by a measured removal throughput, often around one part every five minutes on intricate metal, then adds a difficult-support allowance of 20 to 30 percent for thin walls and internal channels. If those hours rival print hours, revisit orientation and DfAM rather than just billing the labor.
- What gross margin should an additive service bureau target? Most healthy bureaus target 35 to 55 percent gross margin on machine-built parts and higher on design and finishing services. Use the Service Bureau Margin calculator with fully-loaded job cost, meaning powder or resin, machine time at loaded rate, support removal, consumables, and gas. Below 35 percent the job is priced near break-even once overhead lands. Remember this is gross margin and excludes rent, admin, and failed builds.
Last reviewed 2026-05-12.