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How to price laser cutting: machine time, per metre and per pierce

Price a laser-cut part as material + machine time × your hourly rate + a share of setup, then add your margin; machine time is the cut length divided by the cutting speed plus a few seconds for every pierce. With starter values — 3 mm mild steel at 3.5 m/min, 0.4 s per pierce, €90 an hour — a 100 × 50 mm plate with four Ø10 holes comes to about €1.02 each in a batch of 100.

7 min. læsning · Opdateret · Af Zorocut-teamet

Denne guide er ikke oversat endnu: du læser den engelske original.

Trin
  1. Measure the part: cut length, number of pierces, bounding box and area
  2. Work out machine time: cut length ÷ speed + pierces × (pierce time + head movement) + rapids
  3. Add material, setup and sheet handling, then the margin, and check the order against your minimum

The formula

ItemHow Zorocut works it outStarting value
Cuttingcut length ÷ cutting speed, plus a corner term for slowing down at sharp cornersspeed: lower bound of the published chart
Piercespierces × (pierce time + 0.5 s to lift and lower the head)pierce time: a shop's published table
Rapids1 s per pierce until the nest is knownestimate
Setup and handling15 min per job + 5 min per sheet, shared over the parts by machine timeestimate
Machine costmachine time × hourly rate€90/h fiber, €60/h plasma (estimate)
Materialpart rectangle + spacing, or net area ÷ utilisation, or whole sheets — × price per kg × (1 + 25 % markup)your own dated price per kg
Price(material + machine) × (1 + 10 % margin), rounded up to €0.05; €20 setup fee and a €50 minimum per orderestimates

The time model has the same form as a 2023 IEOM study that predicted sheet run times from part geometry with 91–92 % accuracy once it was calibrated on the shop's own machine. Calibration is the point: every default above is a starting value to replace with your own times and rates. Published shop rates for a 6 kW fiber in the US span $80–180 an hour, so €90 is a placeholder, not a recommendation.

Two ways to show the price

  • A · machine time: the hourly rate times the time the job takes. Simple for the shop, hard for a customer to compare.
  • B · per metre and per pierce: the way many shops write quotes. Zorocut derives both from A — price per metre = rate ÷ (60 × speed in m/min), price per pierce = rate × (pierce time + head time) ÷ 3600 — unless you enter your own.
  • Derived from A, style B gives the same total; it is A written in units a customer can check against another quote.

A worked example

100 plates of 100 × 50 mm with four Ø10 holes, 3 mm mild steel, cut with oxygen on a 3 kW fiber laser, before the setup fee and minimum order:

  • Cut length 0.426 m per part — the 300 mm outline plus four holes of 31.4 mm — and 5 pierces.
  • Speed 3.5 m/min, the lower bound of the IPG 3 kW chart: 7.3 s of cutting. Pierces 5 × (0.4 s + 0.5 s) = 4.5 s. Rapids 5 s. About 16.8 s per part.
  • 100 parts take 28 min; with 15 min of setup and 5 min for the sheet that is 0.80 h — about €72 of machine time at €90/h.
  • Material on the part rectangle plus 5 mm spacing: 105 × 55 mm × 3 mm × 7850 kg/m³ = 0.136 kg per part. At an assumed €1.20/kg plus 25 % markup: about €20 for all 100.
  • With a 10 % margin: about €102 for the batch, €1.02 per part. In style B that is €0.43 per metre and €0.0225 per pierce.

What moves the price most

  • Thickness: speed falls fast — about 3.5 m/min for 3 mm mild steel and 1.1 m/min for 10 mm at 3 kW — while the pierce time rises from 0.4 s to 2 s. See the speed chart.
  • Holes: every hole is a pierce, a lead-in and a short, slow contour; SendCutSend lists more cutouts as more processing time. See pierce time.
  • Gas: a 2018 study measured 20–28 m³ of nitrogen an hour on stainless. Give nitrogen jobs their own rate or a surcharge.
  • Batch size: setup and sheet handling are shared over fewer parts, so the same part costs more in a batch of 5 than in a batch of 500.
  • Material billing: part rectangle, net area or whole sheets can change the material line a lot on a sparse nest — see remnants.

Kilder

  1. MachineMFG, Fiber laser cutting speed chart 1000–6000 W with IPG laser source (archived copy)
  2. Aston Precision, Laser Cutting Cost Estimator (feed, pierce and rate tables)
  3. Hwang & Yang, Laser cutting time estimate for sheet metal parts by machine learning, IEOM 2023
  4. SendCutSend, Pricing
  5. Lapas, How to price a laser cutting job (2026-06-01)
  6. Musil et al., Cutting parameters, surface quality and nitrogen consumption in laser cutting, MM Science Journal 2018
  7. Engineering ToolBox, Metals and alloys densities

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