How much does laser cutting cost per part?

Cost per part depends on cutting time, material, assist gas, nesting yield, setup and finishing, so no single price applies. As a reference, in-house machine time on a 6 kW laser works out at roughly 46–62 USD per hour before material, depending on utilisation. Suppliers add programming, setup and margin, and minimum order values often apply to small batches. Request itemised quotations with the drawing so you can compare like for like.

Is it cheaper to buy a laser cutter or outsource?

Outsourcing is usually cheaper for variable or modest volumes, because you avoid depreciation, installation, gas contracts, maintenance and operator costs. Buying becomes economical when predictable demand keeps the machine cutting well over one full shift. Below that utilisation floor, fixed costs spread across too few hours and each part carries the cost of idle capacity.

What laser power does a small manufacturer need?

A 3–6 kW fibre laser suits most small and mid-sized manufacturers working mainly in thin to medium sheet steel, stainless and aluminium. Higher power cuts faster and thicker, but it only pays off if the machine is heavily loaded. Occasional thick-plate parts are usually cheaper to outsource than to justify with a 12 kW source.

Why do laser cutting machine quotes vary so much?

Quotations differ in what they include. Open machines cost far less than enclosed ones with the same laser power, and many quotations exclude transport, installation, compressor, gas supply, extraction, commissioning, training and service. Ask vendors to itemise these lines separately, or two offers cannot be compared.

Should I use nitrogen or compressed air for laser cutting?

Use nitrogen when you need oxide-free edges, especially on stainless steel or visible parts that will not be coated. Compressed air costs far less to run and suits many mild steel and aluminium parts where a slightly oxidised edge is acceptable or will be painted. One vendor model estimates nitrogen operation at roughly four times the hourly cost of air.

How long does a laser cutting order take?

Execution time depends on material availability, part complexity, quantities, finishing and inspection requirements, so a reliable date comes from the drawing and RFQ rather than a standard figure. Simple cut-only parts in stock material move fastest. Parts that also need bending, welding and powder coating take longer, and one integrated supplier is usually quicker than several.

Laser cutting for businesses: what determines part cost

September 28, 2026 by

Bogdan Hurezeanu

For subcontract parts, the relevant price is the cost of a conforming part delivered to destination. Machine purchase prices or foreign electricity rates do not estimate a part quotation.

Material and sheet utilisation

Grade, thickness, availability and quantity influence cost. Part geometry and nesting determine how efficiently sheet material is used.

Cutting geometry

Contour length, piercings, small features and edge requirements affect processing time. Geometry must be checked against the specified material and thickness.

Operations after cutting

Deburring, bending, drilling, tapping, welding, coating, inspection and packaging can cost more than cutting itself. Request the complete manufacturing route.

Request a comparable price

Send DXF/DWG, STEP for bent parts, a PDF with tolerances, grade, thickness, quantity, finish and destination. HABA Research reviews the technical package and confirms price and lead time for the actual batch.

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