3D Printing Feed (Commercial) Calculator Examples
Explore worked commercial 3D printing order examples for material feed, costs, revenue, gross profit and margin.
These examples show how order size, material use, waste, overhead and selling price can affect commercial 3D printing estimates. All figures are illustrative and exclude unlisted costs such as taxes, shipping and payment fees.
Small prototype batch with low waste
A shop is quoting 10 small PLA prototypes that need little support material.
Input Summary
Material per part
45 g
Quantity
10
Waste allowance
5%
Material cost per kg
$22.00
Labor and overhead per part
$6.00
Sale price per part
$22.00
Calculation Breakdown
- 1Base material45 g × 10450 g
- 2Feed including waste450 g × 1.05472.5 g
- 3Material cost0.4725 kg × $22.00$10.40
- 4Production cost$10.40 + ($6.00 × 10)$70.40
- 5Revenue and profit($22.00 × 10) − $70.40$149.60
Result Summary
Revenue and profit
$149.60
3D Printing Feed (Commercial) Calculator
The order needs about 473 g of feed, has estimated production cost of $70.40 and gross profit of $149.60, a 68.0% gross margin.
Support-heavy functional parts
A manufacturer orders 30 nylon parts with complex geometry and a 20% waste allowance.
Input Summary
Material per part
180 g
Quantity
30
Waste allowance
20%
Material cost per kg
$48.00
Labor and overhead per part
$14.00
Sale price per part
$65.00
Calculation Breakdown
- 1Base material180 g × 305,400 g
- 2Feed including waste5,400 g × 1.206,480 g
- 3Material cost6.48 kg × $48.00$311.04
- 4Production cost$311.04 + ($14.00 × 30)$731.04
- 5Revenue and profit($65.00 × 30) − $731.04$1,218.96
Result Summary
Revenue and profit
$1,218.96
3D Printing Feed (Commercial) Calculator
The batch requires 6,480 g of material feed, with estimated gross profit of $1,218.96 and a 62.5% gross margin.
Large repeat production run
A print farm produces 500 standardized enclosures with an established production process.
Input Summary
Material per part
90 g
Quantity
500
Waste allowance
8%
Material cost per kg
$20.00
Labor and overhead per part
$3.50
Sale price per part
$14.00
Calculation Breakdown
- 1Base material90 g × 50045,000 g
- 2Feed including waste45,000 g × 1.0848,600 g
- 3Material cost48.6 kg × $20.00$972.00
- 4Production cost$972.00 + ($3.50 × 500)$2,722.00
- 5Revenue and profit($14.00 × 500) − $2,722.00$4,278.00
Result Summary
Revenue and profit
$4,278.00
3D Printing Feed (Commercial) Calculator
The 500-part order requires 48,600 g of feed and produces an estimated gross margin of 61.1%.
Low-price quote under cost pressure
A seller quotes 25 detailed resin miniatures with high material cost and finishing work.
Input Summary
Material per part
70 g
Quantity
25
Waste allowance
18%
Material cost per kg
$42.00
Labor and overhead per part
$11.00
Sale price per part
$19.00
Calculation Breakdown
- 1Base material70 g × 251,750 g
- 2Feed including waste1,750 g × 1.182,065 g
- 3Material cost2.065 kg × $42.00$86.73
- 4Production cost$86.73 + ($11.00 × 25)$361.73
- 5Revenue and profit($19.00 × 25) − $361.73$113.27
Result Summary
Revenue and profit
$113.27
3D Printing Feed (Commercial) Calculator
The job shows estimated gross profit of $113.27 and a 23.8% gross margin before unlisted costs.
How to Read Your Results
Total material feed is the planned consumable weight for the full order after the waste allowance.
Total production cost includes only material plus the entered per-part labor and overhead amount.
Expected revenue is selling price per part multiplied by quantity, before taxes, discounts and fees.
Gross profit is revenue less the included production cost; it is not the same as net profit.
Gross margin makes it easier to compare orders of different sizes because it shows profit as a share of revenue.
Assumptions & Important Notes
- Each example uses one material type and one consistent price per kilogram.
- All parts in each example are treated as identical for material use, selling price and per-part cost.
- Waste is estimated as a percentage of finished-part material weight.
- Examples do not include sales taxes, shipping, payment processing fees or general business expenses.
Related Examples
Frequently Asked Questions
How do I estimate filament needed for a batch of parts?
Multiply grams per finished part by the quantity and increase the result by your planned waste percentage.
Should setup time be included in the examples?
It can be included by allocating setup time and other batch costs into the labor and overhead amount per part, or by reviewing it separately before quoting.
Why can a large order have a lower margin than a small order?
Material usage, waste, selling price and allocated labor can differ. Volume alone does not guarantee a higher gross margin.
What if the parts have different weights?
Calculate each part type separately, or use a weighted average only when it reflects the expected production mix.
Can I use these examples for SLA or resin printing?
Yes. Use measured grams per part and select a waste allowance appropriate for the resin workflow.
Ready to calculate your own result?
Use the live calculator with your own inputs, timing, and preferences.