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Industrial CO2 130–150W specs, bed size and cutting speeds

The Industrial CO2 130–150W is a CO2 130 W+ laser with a 1300 × 900 mm work area. Below: full specs, real cutting speeds by material, and what a part costs in machine time. Drop your SVG, DXF or PDF to price your own file — it runs entirely in your browser and nothing is uploaded.

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Industrial CO2 130–150W specs

Laser typeCO2 (10,600 nm)
Power classCO2 130 W+
Bed size (work area)1300 × 900 mm
Work area (inches)51.2 × 35.4 in
Cutsclear and opaque acrylic, plywood, MDF, card, leather, fabric

Industrial CO2 130–150W cutting cost examples

Machine time and price for a 100 × 60 mm part (320 mm of cutting) at €60/h, by material:

MaterialSpeedTimePrice
Plywood 3 mm24 mm/s13 s€0.22
MDF 3 mm26.4 mm/s12 s€0.20
Acrylic 3 mm21.6 mm/s15 s€0.25
Cardboard 3 mm42 mm/s8 s€0.13

These scale from real workshop speeds. Your parts differ — open the calculator and drop your file or enter your size for an exact figure. You can also switch to engraving.

What this machine physically cannot do

This is a CO2 laser at 10.6 µm, the wavelength organic materials absorb best. It cuts clear cast acrylic to a flame-polished edge, which no diode can do at any power, and it handles wood, leather, card, fabric and rubber faster and more cleanly than a diode of similar nominal wattage.

It cannot mark bare metal without a coating spray such as CerMark — for bare steel or aluminium you want a fiber laser. It also must not be pointed at PVC, vinyl or anything chlorine-bearing: the gas produced corrodes the mirrors, rails and electronics, and is dangerous to breathe.

The trade-off against a diode is maintenance. A CO2 machine has mirrors that need alignment, a tube that is a consumable with a finite life, and usually a water cooling loop to look after.

What fits, and what it is like to live with

The bed is 1300 × 900 mm. In practice that means it takes a full 1220 × 610 mm half-sheet flat, and you can nest roughly 117 100 mm coaster blanks in a single run before you have to reload.

Industrial. Thick acrylic and large sheet in one pass, running all day. This is a machine bought against a production schedule, not a hobby budget, and it needs the three-phase power, extraction and floor space to match.

Industrial CO2 130–150W FAQ

How fast does the Industrial CO2 130–150W cut 3 mm plywood?

About 24 mm/s. Cutting a 100 × 60 mm part (320 mm of cut) takes roughly 13 s of machine time on the Industrial CO2 130–150W.

Can the Industrial CO2 130–150W cut clear acrylic?

Yes. The Industrial CO2 130–150W is a CO2 laser (10,600 nm) and cuts both clear and opaque acrylic, plus plywood, MDF, leather, card and fabric.

What is the Industrial CO2 130–150W bed size?

The Industrial CO2 130–150W has a 1300 × 900 mm work area (51.2 × 35.4 inches). That is the largest part it can cut in one pass without repositioning the material.

How much does it cost to run the Industrial CO2 130–150W?

Laser cutting is priced by machine time: cut length ÷ cutting speed × passes = time, then time × hourly rate + setup. At €60/h a 100 × 60 mm plywood part costs about €0.22. Use the calculator to price your own file.

Where to buy the Industrial CO2 130–150W

Prices move often — check current offers before you quote jobs on a machine you don't own yet.

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Machines similar to the Industrial CO2 130–150W

Comparable on speed, bed size and material capability — the specs side by side:

Or see the full machine list and the complete speed table.

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