Material pricing

Step 2 · Material

Material Profiles — Type, Thickness & Price per kg

Six common alloys, metric thickness presets, price per kilogram, scrap allowance, and assist gas — material cost from each part’s bounding box mass.

Material profiles pair grade with thickness (mm), density, $/kg, and scrap %. The calculator multiplies bbox mass by price/kg and quantity; gas type and gas cost per hour roll into laser assist gas on the quote.

How material cost is calculated

Material profiles use price per kilogram, not a flat sheet price. Mass comes from each part’s bounding box, thickness, and material density, with an optional scrap allowance.

material $ = bbox area × thickness × density × (1 + scrap%) × $/kg × qty

  • Bounding box from parsed DXF geometry (same parser as nesting).
  • Density defaults per alloy; you can override when quoting exotic stock.
  • Assist gas type and gas cost per hour feed the laser side of the quote.

Supported material types

Mild SteelStainless SteelAluminumGalvanized SteelCopperBrass

Common stock thicknesses (mm)

0.50.811.21.522.534568101215162025

Mild vs stainless

Swap profiles when the same DXF moves from carbon steel to 304 — speeds and $/kg update together.

Scrap allowance

Add a scrap % on skeleton waste or buy-to-flight surplus without a separate spreadsheet column.

Gas on material step

N₂, O₂, or air assist selection lives with the material profile and rolls into laser gas cost.

More Calculator features

Try it in the calculator

Walk through machine → material → upload → quantities → results with your next DXF job.

Calculate cutting cost

Feature: Material pricing