Large-format CO2 Laser Cutters & Engravers

What large-format CO2 laser cutters are used for

A large laser cutter and engraver is built for continuous, high-volume production rather than the occasional or daily-mixed jobs a desktop machine handles.

Common uses include batch signage, furniture parts, packaging prototypes, and large sheet goods in wood, acrylic, and other non-metallic materials. Where a workshop needs to process fabric or leather in volume, without reloading a fixed sheet for every piece, a roll-fed design covers garment panels, upholstery pieces, and similar flat goods at production scale.

Power and working area both scale up with production volume: entry-level large-format machines run at 100W, while the highest-output industrial models reach up to 700W for continuous, high-throughput cutting.

Gantry-style, conveyor, and industrial flat bed: three tiers of large-format machines

Large-format machines are split into three practical tiers, and choosing between them depends on the material format and production volume, not just the size of the job.

• A gantry-style machine moves its cutting head across a fixed or lifting table, with a working area from around 1200×900 mm to 1600×1000 mm and power from 100W to 120W. A static table suits flat sheet material loaded piece by piece, a lifting table adjusts height for thicker stock, and a CNC-controlled lifting table automates that adjustment for repeated batches.
• A flat bed laser cutter, sometimes built as a conveyor-fed machine, is designed around continuous material flow rather than a fixed sheet, with a working area up to 2000×3000 mm and power from 100W to 180W. Roll-fed fabric or leather passes through the machine as a single continuous run, which removes the reloading step a portal-style machine needs between sheets.
• At the top of the range, industrial flat bed models reach up to 3000×2000 mm with power up to 700W, built for continuous, high-throughput cutting of thicker or denser material across long production runs rather than everyday workshop use.

How to choose a large-format laser cutter

Matching a large-format laser cutter to your production line comes down to four checks:

• Material format: fixed sheets suit a portal-style machine; continuous rolls of fabric or leather suit a flat bed or conveyor design.
• Working area: 1200×900 mm to 1600×1000 mm for portal-style machines; up to 3000×2000 mm for flat bed and conveyor designs.
• Power: 100W to 120W for portal-style machines; 100W to 180W for standard flat bed and conveyor models; up to 700W on industrial flat bed models built for continuous, high-throughput cutting.
• Table type: static for simple loading, lifting for variable material thickness, CNC-controlled lifting for automated, repeated batches.

Why buy from Virmer

Virmer is an official Wattsan distributor in Europe, supplying large-format laser cutters and flat bed laser machines from stock for production workshops and manufacturers. CO2 laser machines come with technical support and after-sales service, and a free online demo lets you see the controls and safety features before ordering.

Frequently Asked Questions About Large-Format Laser Cutters & Engravers

What is considered a large-format CO2 laser cutter?

For this category, large-format CO2 laser cutters start at a working area of 1200×900 mm. "Large-format" mainly describes working area, while "industrial" refers to construction, power, duty cycle, and production capacity - these are separate characteristics. Not every large-format machine is a high-power industrial flatbed model.

How do I choose the working area and power of a large laser cutter?

Choose the working area by your maximum sheet or roll width, product dimensions, and parts per layout. Choose power by material, thickness, cutting speed, and production volume. As a guide: 1200×900-1600×1000 mm typically runs 100-120W, conveyor models up to 2000×3000 mm run 100-180W, industrial flatbed PRO models run 360-700W. A larger working area doesn't mean higher power.

What is the difference between fixed-bed, lifting-table and conveyor laser cutters?

These terms describe material handling, not the motion system. A fixed bed suits flat sheets loaded individually. A lifting table adjusts focal distance for materials or objects of different heights, with CNC-controlled versions giving repeatable height adjustment. A conveyor feeds roll-fed fabric, leather, or other flexible material through the working area. Gantry describes the motion system - it isn't an alternative to a flatbed.

Which materials can a large-format CO2 laser process?

Large-format CO2 lasers process wood and laser-grade plywood, MDF, acrylic, fabric and textiles, leather, laser-compatible rubber, paper and cardboard, and other confirmed non-metallic materials. Compatibility and cutting capacity depend on the exact composition, thickness, power, and settings - unknown plastics, coatings, or composites aren't automatically safe. PVC and PVC-based materials must never be processed, since they release toxic, corrosive chlorine-containing gases.

Do I need a single-head or dual-head laser for production?

A dual-head laser can process identical parts in parallel, improving output when their size and layout suit the spacing between the heads. It does not automatically double productivity. A single head offers more flexibility for large or irregular designs. Compare configurations in our dual-head CO2 laser machines.