Laser Cutting Acrylic Cost: Price per Meter and per Sheet
September 4, 2026
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Anyone who has priced a 3 mm acrylic board for a customer knows the strange gap in the market: laser cutting metal is documented to death, while laser cutting acrylic and other plastics gets quoted off gut feel — "a display stand? call it fifteen euros" — even though the cost structure is just as measurable. Laser cutting acrylic cost follows the same logic as any laser job: machine time from cut length and speed, material from sheet yield, setup spread over the batch. What changes are the numbers underneath — a cheaper machine, faster cutting, very different sheet prices — and a few plastics-only variables like the flame-polished edge, the cast-versus-extruded choice, and the fume extraction your hourly rate has to carry.
This guide puts real 2026 job-shop numbers on all of it: what a metre of cut costs in 3 mm and 10 mm acrylic, why the work is CO₂-only territory and a fiber laser cannot touch it, what cast and extruded sheet actually cost per square metre, what engraving adds, and where the typical shop minimums sit. As everywhere in quoting, treat the figures as calibration points against your own machine and supplier, not gospel.
How much does laser cutting acrylic cost? Benchmark numbers
The quick frame first. These ranges describe a job shop running a mid-power CO₂ flatbed (80–150 W) on standard acrylic sheet — calibration points to check your own numbers against, because machine power, local sheet pricing, and how busy the shop is move every row.
| Cost item | Typical range (EUR) |
|---|---|
| CO₂ laser machine rate, fully burdened | €40–90 / h |
| Cut cost per metre, 3 mm acrylic | €0.50–1.50 |
| Cut cost per metre, 10 mm acrylic | €3.00–6.00 |
| Extruded acrylic sheet, 3 mm clear | €8–14 / m² |
| Cast acrylic sheet, 3 mm clear | €13–22 / m² |
| Engraving add-on (logo, text, scale) | €1–5 per part |
| Setup + file preparation per job | €20–60 |
| Minimum charge per job | €30–80 |
Notice how much lower the whole table sits than its sheet-metal equivalent in the laser cutting cost guide: a CO₂ plastics cutter costs a fraction of a fiber metal machine to buy and run, there is no assist-gas bill worth naming (low-pressure air does the job), and consumables are modest. That is why acrylic work is quoted in tens of euros where stainless work is quoted in hundreds — and why the minimum charge and setup dominate small jobs even more than they do in metal.
Why acrylic is CO₂-only territory
The question comes up constantly from shops that own a fiber laser: can we cut acrylic on it? The answer is a clean no, and the reason is physics, not settings. A fiber laser emits at 1064 nm, in the near infrared — and acrylic, like most transparent plastics, is transparent at that wavelength. The beam does not couple with the material; it passes straight through and delivers its energy to whatever sits underneath, which in practice means you risk damaging the cutting bed while the sheet stays cold. No parameter change fixes transparency.
A CO₂ laser emits at 10.6 µm, in the far infrared, where the molecular bonds of the polymer absorb strongly. The energy goes into the top surface, the material vaporises cleanly along the kerf, and — acrylic's party trick — the cut edge comes out fire-polished and glossy straight off the machine. This wavelength split is the same reason the two machine types divide the market on metals and organics generally, which the fiber vs CO₂ comparison covers in full. For quoting purposes the consequence is simple: acrylic work belongs to shops with a CO₂ machine, and the machine rate in your quote must be the CO₂ machine's rate — typically €40–90/h fully burdened, not the fiber's €90–160.
Cost per metre: acrylic against metal
Cutting time is cut length divided by speed, times the machine rate — the same spine as any laser quote. On a 100–150 W CO₂ machine, typical speeds and the resulting cost per metre at a €60/h rate (€1 per minute) look like this:
| Acrylic thickness | Typical cut speed | Cost per metre @ €60/h |
|---|---|---|
| 3 mm | 0.9–1.5 m/min | €0.70–1.10 |
| 5 mm | 0.5–0.8 m/min | €1.25–2.00 |
| 8 mm | 0.25–0.45 m/min | €2.20–4.00 |
| 10 mm | 0.18–0.30 m/min | €3.30–5.50 |
| 15 mm | 0.10–0.18 m/min | €5.50–10.00 |
Two observations for the estimator. First, 3 mm acrylic — the classic display and signage board — cuts for well under a euro and a half per metre, which is why the cut itself is rarely where the money is on thin work: material, engraving, and setup usually outweigh it. Second, thickness punishes acrylic the same way it punishes steel: at 15 mm the speed has collapsed by an order of magnitude and a metre of cut costs what several metres of thin sheet-metal cutting would. Piercing, at least, is nearly free — acrylic pierces in a fraction of a second at any thickness a CO₂ shop will see, so hole-heavy parts do not carry the pierce penalty that thick steel does.
Sheet prices: cast versus extruded acrylic
Acrylic arrives in two families, and the choice moves both the material line and the process. Extruded (XT) sheet is the commodity: 3 mm clear at roughly €8–14/m², tight thickness tolerance (around ±5%), and a lower, more uniform melting point that gives the cleanest flame-polished cut edge at the lowest power. Cast (GS) sheet costs more — €13–22/m² in 3 mm clear, and the gap widens with thickness — but its higher molecular weight makes it the better engraving material: a raster pass frosts to an even matte white where extruded engraves greyish and slightly gummy. Cast also handles solvent cementing and post-machining better. Colours, opal, and mirror finishes add 20–40% to either family.
The estimating discipline is the same as nesting sheet metal: price the sheet consumed, not the part outline. Standard formats run 3050 × 2030 mm and 2440 × 1220 mm, and yield after nesting decides the real material cost per part — the nesting and material yield logic transfers to plastics unchanged, with the added incentive that acrylic offcuts store well and small parts fill gaps profitably. On thin clear sheet the material line often beats the cutting line, so quoting from part area instead of nested sheet area silently gives away the skeleton, exactly as it does in metal.
Edge finish and engraving: the add-on lines
The flame-polished edge is acrylic's economic advantage and it deserves a sentence in the quote conversation: a CO₂-cut edge on extruded acrylic comes off the bed glossy and ready to ship, with no deburring, no sanding, no polishing labour. Compare that with CNC-routed acrylic, which needs a finishing pass or manual polish to reach the same look — the laser is not just competitive on cut cost, it deletes a downstream operation. Where the drawing demands genuinely optical edges on thick cast sheet, budget a flame-polish or buffing touch-up as its own labour line; for display work, the machine edge is the finish.
Engraving is the other add-on with real money in it. A raster engraving pass is machine time like any other — priced at the same €40–90/h — but raster is slow relative to vector cutting: a filled logo or a text block runs single-digit minutes, so €1–5 per part is the normal band, and large-area artwork can exceed the cutting cost of the whole part. Quote engraving from the artwork's actual area and fill, not as a token euro: on a batch of two hundred badges, two minutes of raster each is over six hours of machine time. Cast sheet, as noted, frosts whiter and is worth recommending when the engraving is the point of the part.
Fumes, ventilation, and the plastics you must refuse
Cutting acrylic vaporises MMA monomer — flammable, pungent, and not something an operator should breathe — so a plastics laser runs with forced extraction and, in most job shops, activated-carbon filtration. Filters, airflow, fire watch (acrylic cutting is never left unattended), and the occasional bed fire drill are all real overhead, and the honest place for them is inside the burdened machine rate, the same way any machine rate absorbs its infrastructure. A CO₂ rate quoted from the electricity bill alone is fiction.
The same fume chemistry defines what a responsible shop refuses. PVC is the hard no: cutting it releases hydrogen chloride, which is toxic to people and corrosive enough to eat the machine's optics and rails — no job is worth it, and "the customer said it's fine" is not a defence. Polycarbonate discolours and burns beyond very thin gauges; ABS melts into strings rather than cutting. The workable menu beyond acrylic is genuinely useful — POM/Delrin cuts well, PMMA obviously, wood, MDF, leather, cardboard — but every incoming "can you cut this plastic?" RFQ deserves a material check before a price. For machined engineering plastics the cost logic is different again, as covered in machining plastics: Delrin and PEEK.
Minimums, setup, and a worked example
Acrylic jobs skew small — a handful of display stands, twenty badges, one replacement machine guard — so the fixed block matters proportionally more than in metal. File preparation, sheet loading, and a test cut run €20–60 of setup per job, and shop minimums of €30–80 exist for the same reason plating shops have lot minimums: below that figure the paperwork costs more than the parts. A one-off acrylic part is a minimum-charge sale almost by definition.
A worked example with everything in place: a batch of 25 point-of-sale faceplates, 300 × 200 mm in 3 mm cast clear acrylic, 1.4 m of cut per part, plus a two-minute engraved logo.
- Material: 2440 × 1220 mm sheet (≈3 m²) at €18/m² → €54; 40 parts nest per sheet → €1.35 per part
- Cutting: 1.4 m at 1.2 m/min → 1.17 min at €60/h → €1.17
- Engraving: 2 min raster → €2.00
- Handling, unload, packing: 0.5 min → €0.50
- Setup €40 ÷ 25 parts → €1.60
- Cost ≈ €6.62 per part; price at 25% margin ≈ €8.80 — batch total ≈ €220
The shape of the number is typical for thin acrylic: cutting is barely a sixth of it, while material, engraving, and amortised setup carry the price. Which is exactly why quoting acrylic "per metre of cut" alone underprices every engraved or small-batch job.
FAQ: laser cutting acrylic prices
How much does laser cutting acrylic cost? For job-shop work on a CO₂ machine, thin acrylic (3 mm) cuts at roughly €0.50–1.50 per metre of cut path, with material at €8–22/m² depending on cast or extruded, setup of €20–60 per job, and shop minimums of €30–80. A small batch of display parts typically lands at €5–15 per piece; a one-off is a minimum-charge sale. Thick sheet (10–15 mm) cuts several times slower and prices accordingly.
What is the price per metre for cutting 3 mm acrylic? At a fully burdened CO₂ rate of €40–90/h and typical speeds of 0.9–1.5 m/min, a metre of cut in 3 mm acrylic costs about €0.50–1.50. On thin display work the cut is rarely the biggest line — sheet material, engraving time, and setup spread over the batch usually outweigh it, so a per-metre price alone underquotes small and engraved jobs.
Cast or extruded acrylic — which cuts better? Extruded cuts better: its lower, more uniform melting point gives the glossiest flame-polished edge at the lowest power, and it costs less (€8–14/m² in 3 mm clear against €13–22 for cast). Cast engraves better — raster work frosts to an even matte white — and takes solvent cementing and post-machining more gracefully. Rule of thumb: extruded for cut-only parts, cast when engraving or bonding is the point.
Can a fiber laser cut acrylic? No. Acrylic is transparent at the fiber laser's 1064 nm wavelength, so the beam passes through the sheet without coupling — no cut, and a real risk of damaging the bed underneath. Acrylic needs the CO₂ laser's 10.6 µm wavelength, which the polymer absorbs strongly. No power or parameter setting works around transparency; it is physics, not configuration.
Why do shops have a minimum charge for acrylic jobs? Because file preparation, sheet loading, and a test cut cost €20–60 whether the job is one part or two hundred, and invoicing, packing, and handling add fixed cost on top. The €30–80 minimum is that fixed block plus margin. The practical consequence for buyers: batch your acrylic parts into one order and one material, and the minimum disappears into the quantity.
From drawing to acrylic quote, deterministically
The quoting bottleneck on acrylic work is the same as everywhere: reading the job. Pulling the material and thickness off the title block, measuring total cut path and engraved area, spotting that the customer's "plastic" is actually polycarbonate, and remembering the setup and minimum — that is where rushed quotes go wrong, more than in any multiplication.
QuoteBuddy reads the drawing and surfaces exactly those inputs — material, thickness, geometry, cut length, engraving callouts — and then prices the job deterministically from your own numbers: your CO₂ rate, your speed table, your sheet prices for cast and extruded, your setup and minimum. The same drawing gives the same quote every time, whether it lands on a Monday morning or a Friday evening, and the itemised PDF shows the customer material, cutting, engraving, and setup as separate defensible lines.
Start a 30-day trial and run a few real acrylic jobs through it — from the DXF or PDF to a finished quote. Check the numbers against what you would have said by feel; on engraved and small-batch work, the difference is usually where your margin was leaking.