Laser Cutting & Engraving Cost Estimator
Calculate job costs for laser cutting & engraving including pierce count, gas assist (Nitrogen/Oxygen), and beam hourly rate.
Quick Material / Preset Selector (pSEO Sub-Pages)
Access certified material datasheets, CNC tolerances, and industrial 3D printing design guidelines.
Export itemized quote spreadsheets or generate printable PDF invoices directly from your calculation parameters.
Material & Job Parameters
Parameter ControlsAuto-Extract Mesh Volume (.STL)
In-Browser WASM ParserDrop 3D .STL file here or click to browse
Pure client-side mesh processing • 0 file upload server latency
Raw material spool/resin bottle cost
Finished model net mass including support waste
Total machine execution time
File slicing, bed prep & post-processing labor
Commercial shop margin
Total Internal Direct Cost:
$0.024 / gram • Total Energy: 1.13 kWh
Recommended Quote Price
$15.98
+$4.96
Cost Composition Breakdown
Total: $11.02100% In-Browser Execution
All material prices, shop rates, and calculation inputs are computed locally in your browser state.
Export itemized quote spreadsheets or generate printable PDF invoices directly from your calculation parameters.
Comprehensive Guide: Laser Cutting & Engraving Cost Estimator
High-power Fiber and CO2 laser cutters slice through sheet metal, acrylic, and wood at extreme speeds. Accurately quoting laser job costs requires evaluating beam power consumption, assist gas consumption (high-pressure Nitrogen for oxide-free steel edges vs Oxygen for mild steel exothermic cutting), pierces, and raw material nesting layout efficiency.
Mathematical Formula Breakdown
Laser Job Cost = (Cut Time Hours × Laser Hourly Machine Rate) + (Assist Gas Volume × Gas Rate) + (Material Weight × Sheet Price/kg) + (Pierce Count × $0.05/pierce) + Hand Finishing Labor.
Industry Pricing Benchmarks
Fiber lasers (3kW-12kW) average $80 - $180 per hour operating shop rate. Nitrogen assist gas adds $12 - $25 per hour of continuous high-pressure cutting.
Optimization Strategies
- Nest parts with shared cut lines (common line cutting) to eliminate duplicate laser passes and save up to 20% in gas consumption.
- Use high-pressure Nitrogen assist for stainless steel to eliminate post-cut edge deburring and oxidation cleaning.
Frequently Asked Questions
Why is Nitrogen assist gas more expensive than Oxygen for laser cutting?
Oxygen acts as a chemical reactant that releases heat during cutting, requiring lower pressure (1-2 bar). Nitrogen is an inert shield gas that blows melted metal away at high pressure (14-20 bar), consuming significantly more gas volume.