Material and waste
Include sheet cost, offcuts, failed jobs and unusable layout space instead of charging only for the visible part.
Laser quote calculator
Estimate material, waste, machine time, setup, labor, consumables, fees and margin. Built for small shops and makers who need a transparent quote floor before they decide the final market price.
Disclosure: this is a planning calculator, not shop-floor testing or guaranteed profit advice. Replace all assumptions with your own machine, material and local cost data.
The fee field uses a gross-up formula, so a 3% payment fee is divided by 1 - fee rate instead of being naively added after margin. That keeps the final quote from under-recovering fees.
Include sheet cost, offcuts, failed jobs and unusable layout space instead of charging only for the visible part.
Separate machine-hour economics from human setup/design time so small custom jobs do not quietly lose money.
Gross up marketplace or payment fees, then add margin after the cost floor is clear.
The practical answer: a laser cutting quote should include material, expected waste, machine minutes, setup/design labor, consumables, complexity risk, payment fees and target margin. The calculator turns those inputs into a quote floor you can compare with the market price.
Default inputs are examples only. Replace them with your sheet allocation, actual cut minutes, hourly machine cost, hands-on labor, consumables and local payment fee.
A USD 12 material allocation with 15% waste, 18 machine minutes at USD 45/hour, 30 labor minutes at USD 28/hour and USD 1.20 consumables starts around USD 42.50 before margin and fee gross-up.
The model estimates a quote floor, not customer willingness to pay. Rush jobs, fragile materials, design revisions and local competition can move the final selling price.
Break down material, waste, setup, machine time, labor, fees and margin without competing with the homepage calculator.
Build a quote from cost floor to final selling price.
Adapt the model for engraving-heavy jobs and batches.
Use a dated material benchmark and include test cuts, cleanup and smoke-heavy labor.