Skip to content
Web ToolFree — no email requiredEmbeddableDiode · CO2 · CNC

Laser & CNC Job Cost Calculator

Industrial calculators (LaserCalcPro, A-Laser) target fab shops with $1,000+ jobs. This one targets the Etsy laser hobbyist running a Glowforge or xTool on $15–$60 personalized goods.

Enter your machine, materials, runtime, setup, and post-processing time. The tool computes machine-hour cost (depreciation + electricity), labor, design amortization across expected re-sells, and platform fees — then solves for a defensible quote at your target margin.

Educational tool only. Machine presets are typical capital costs and power draws for the named class; substitute your actual machine specs for accurate output.

Laser/CNC Job Cost Calculator

Sample data pre-filled — replace with your job's numbers. Defaults to a Glowforge-class 60W CO2 laser running a 20-minute job on 1/8" basswood.

Your job

Enter materials, time, and your machine. The right-hand panel shows a defensible quote.

Picking a preset fills in typical wattage, capital cost, and life-years below — adjust if yours differs.

$/kWh

Used to amortize the machine cost into a per-hour depreciation charge. Estimate honestly — overstating hours undersells depreciation.

$

Stock used, with offcut allowance. 1/8" basswood: ~$0.05/in². Anodized aluminum: ~$0.30/in². Leatherette: ~$0.10/in².

Setup = file prep + jig alignment. Run = machine actually cutting. Finishing = sanding, masking removal, paint, packaging.

$/hour

One-time design time amortized across the units you expect to sell of this SKU. 1 = custom one-off; 50+ = catalog product.

50%

Etsy ~9.5%. Own site ~2.9%.

Quote breakdown

Below is what to charge to clear your target margin after all costs and fees.

Suggested quote
$28.59
to clear 50% margin after fees
Profit / job
$14.29

Per-job cost stack

Material
$2.50
Machine time (20m × $0.64/hr)
$0.21
Labor (13m × $28.00/hr)
$6.07
Design amortization (2h ÷ 20)
$2.80
Platform fee (9.5%)
$2.72
True cost / job
$14.29

Machine hour cost

Depreciation ($2,500.00 ÷ 5yr ÷ 1000hr)
$0.50/hr
Electricity (800W × $0.17/kWh)
$0.14/hr
Total per machine-hour
$0.64/hr
Healthy margin
Margin lands in the 40–70% maker-friendly range. Re-check materials and machine wear quarterly.

How experienced laser shops actually price jobs

The most-cited industry rule for craft laser engraving is $1–$3 per minute of run time for diode and CO2 lasers, with established shops charging $60–$120 per hour. That's a useful sanity check but it hides the math behind machine-hour cost: depreciation + electricity + maintenance.

This calculator unpacks the per-minute / per-hour rate into its real components so you can defend it to a customer who pushes back. A $2,500 CO2 laser running 1,000 hours/year over 5 years carries $0.50/hour of straight-line depreciation. Add 0.8 kW × $0.17/kWh = $0.14/hour electricity, and your true machine-hour cost is $0.64 — before labor, before design, before profit.

The line item most hobbyists skip is design amortization. Hours of CAD work that go into a new SKU should divide across how many you expect to sell. A 2-hour design for a custom one-off carries the full $40 (at $20/hour). The same 2-hour design for an SKU you'll sell 50 times carries $0.80 per unit — a different conversation entirely.

Frequently asked questions

How much should I charge per minute for laser engraving?

$1–$3 per minute is the maker-shop standard, with $60–$120/hour for established shops doing custom commissioned work. The number depends on machine class (diode < CO2 < fiber), region, and customer segment. The calculator's machine-hour cost gives you the floor (depreciation + electricity); add labor and target margin on top.

Should I include electricity in the price?

Yes, but it's a small line item. A 60W diode at full cut draws ~0.2 kW × $0.17/kWh = $0.034/hour. A 100W CO2 at 1.5 kW draws $0.255/hour. Most laser-shop pricing math under-counts depreciation (because it feels free until the tube fails) and over-emphasizes electricity (because it's visible on the utility bill).

How do I handle setup time versus run time?

Charge labor rate (your hourly) for setup and post-processing, not machine-hour cost. The machine isn't running, so depreciation isn't accruing. The calculator separates them so the math is correct: machine time = depreciation + electricity, labor time = hourly rate.

What's the typical margin for an Etsy laser shop?

40–60% is healthy for catalog products. 60–70% is achievable for custom commissioned one-offs (where you can't compete on price anyway). Below 30% means you're working for free after Etsy takes its 9.5% + $0.45.

How should I amortize a 1-time design fee across multiple units?

Divide design hours × hourly rate by your honest expected re-sell count. For evergreen catalog SKUs, 20–50 is realistic. For seasonal one-offs, use 1–5. The calculator surfaces this as "Design amortization" so you can see how aggressive your assumption is — and adjust if you're not actually re-selling that many.

Track machine wear across every job, automatically

Ardent Seller's equipment tracker logs every laser hour against the machine that ran it, computes straight-line depreciation continuously, and rolls per-job machine cost into your product recipes. The calculator's math, but always live across the catalog.

From the blog

Articles that dig deeper into the topics this tool covers.

Stacked hardwood blocks and boards in various species including walnut, maple, and figured exotic wood in a workshop
Pricing15 min read

Woodshop Math: Tracking Lumber by the Board Foot, Managing Offcuts, and Pricing Custom Builds

Most woodworkers know what they paid for a board. Very few know what that board cost them per finished piece after cutting waste, planing loss, and the offcuts collecting dust under the bench. Here is how to track lumber costs by the board foot, account for real yield, and price custom builds so every project pays for itself.

A 3D printer with orange filament spool mid-print on a blue-lit bed in a maker workshop surrounded by tools on a pegboard
Pricing12 min read

3D Printing Cost Per Part: Filament, Electricity, Failures, and the Math Most Makers Skip

Most 3D printing sellers calculate cost per part by weighing their print and multiplying by the filament price per gram. That often covers less than half of the actual cost — sometimes far less if post-processing labor is involved. Here is how to account for the rest — electricity, wear parts, failed prints, post-processing time, and machine depreciation — so you can price for real profit.

Assorted hand tools including chisels, planes, saws, and screwdrivers organized on a wooden workshop wall rack
Finance10 min read

Equipment Depreciation for Small Makers: Stop Ignoring Your Biggest Hidden Cost

Your oven, kiln, mixer, or 3D printer loses value every year — and if you are not accounting for it, you are underpricing your products and overpaying on taxes. Learn how depreciation works and how to use it.

A black calculator resting on printed financial charts on a light wooden desk, with a laptop on a stand and a keyboard blurred in the background
Pricing12 min read

Margin vs Markup: The Pricing Math Mistake That's Quietly Ruining Your Profit

Half the sellers who say they run a "50% margin" are actually running a 33% margin and subsidizing their own business. Here is the difference between margin and markup, why the confusion costs real money, and the pricing math that separates the sellers who stay open from the ones who quietly close up shop.