Additive Manufacturing calculator

Additive Quote Price Calculator

The additive quote price check tells you whether a 3D printing job is actually worth winning by converting your quote into a gross margin. AM estimators and sales engineers use it to sanity-check a number before it goes to the customer, because build-time and material estimates can drift and quietly erode margin. It takes your quoted selling price, your estimated job cost, and a reference price, then returns both the margin dollars and the margin percentage. On a busy bureau floor, this is the 30-second test that stops you from booking work below your target margin.

What this calculator does

  • Calculate gross margin for an additive manufacturing quote from sell price, estimated cost, and quote reference price.
  • a service bureau estimator needs to check whether a 3D printing quote is profitable
  • It computes gross margin in dollars and as a percentage from the quoted selling price, the estimated job cost, and a margin reference price.

Formula used

  • Margin dollars = quoted selling price - estimated job cost
  • Gross margin = margin dollars ÷ margin reference price

Inputs explained

  • Quoted AM selling price: undefined
  • Estimated AM job cost: undefined
  • Margin reference price: undefined

How to use the result

  • Use it right before sending an AM quote, or when reviewing booked jobs to see which ones cleared your margin floor.
  • It measures gross margin only — it ignores overhead, failed builds, and post-processing rework, so the true bottom-line margin is lower than this figure.

Current U.S. benchmarks

  • 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 gross margin on a 3D printing quote? Subtract estimated job cost from the quoted selling price to get margin dollars, then divide by the reference price. A $6,200 quote minus $4,100 cost gives $2,100 in margin, which on a $6,200 reference price is a 33.9% gross margin.
  • What is a good gross margin for additive manufacturing work? Bureaus commonly target 30-50% gross margin to cover overhead, build failures, and reinvestment. The 33.9% in this example is healthy but on the lower end, so there is little room for a build to fail or for cost to overrun.
  • What's the difference between margin dollars and margin percent? Margin dollars ($2,100 here) is the absolute profit on the job; margin percent (33.9%) is that profit relative to the reference price. Two jobs can have the same percent but very different dollar contributions, so check both.
  • Why use a separate margin reference price instead of the selling price? Usually the reference equals the selling price, giving standard gross margin. But you can set the reference to a list or target price to measure margin against what you should have charged, which is useful when discounting.
  • How do I improve margin on an AM quote? Either raise the selling price or lower job cost — nest parts more densely to cut build time, reduce support material, or batch jobs to spread machine setup. Dropping the $4,100 cost to $3,800 would lift this quote's margin from 33.9% toward 39%.

Last reviewed 2026-05-12.