CO2 LASER CUTTING & ENGRAVING

CO2 Laser Cutting and Engraving Machines

Cut and engrave acrylic, wood, leather, cloth, cardboard, and MDF with CO2 laser systems available in compact, workshop, and large-format configurations.

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Our CO2 Laser Cutting and Engraving Models

Compare compact engraving systems, mid-format workshop machines, lifting-bed configurations, and large-format CO2 laser models based on your materials, working area, laser power, cutting thickness, and daily production requirements.

CO2 Laser Cutting and Engraving HT-1325

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HT CO2-1390 Laser Cutting Machine

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HT CO2-1530 Laser Cutting Machine

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HT CO2-7050 Z Laser Cutting Machine

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HT CO2-6040 Laser Cutting Machine

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How to Choose the Right CO2 Laser Cutting and Engraving Machine

Choose a CO2 laser based on your material size, required power, cutting thickness, engraving applications, production volume, available workshop space, and the need to process taller or cylindrical objects.

By Working Area

Choose a bed size that accommodates your most common sheets or finished products, from compact 400 × 600 mm work to large-format 1500 × 3000 mm production.

By Laser Power and Material Thickness

Match the laser power to the material type, thickness, required cutting speed, engraving detail, and expected daily workload.

By Cutting and Engraving Requirements

Determine whether your workflow requires through-cutting, vector line engraving, raster images, surface marking, or a combination of these processes.

By Lifting Bed and Rotary Engraving

Choose a lifting platform and compatible rotary attachment when engraving bottles, logs, cylindrical products, or taller three-dimensional objects.

By Production Volume and Workshop Space

Compare compact, mid-format, and large-sheet machines according to available floor space, batch size, sheet handling, and expected production output.

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Compare Hightech CO2 Laser Cutting Machine Models

Compare all five Hightech CO₂ laser models by recommended application, working area, published laser power options, and materials.

Compare HT CO2-7050 Z HT CO2-1390 HT-1325 HT CO2-1530
Working Area 700 × 500 mm 1300 × 900 mm 1300 × 2500 mm 1500 × 3000 mm
Published Laser Power 60W or 80–100W 60W, 80W, 100W, 120W, 130W, 150W, 180W or 300W 60W, 80W, 100W, 120W, 130W, 150W, 180W or 300W 60W, 80W, 100W, 120W, 130W, 150W, 180W or 300W
Published Materials Acrylic, wood, leather, cloth, cardboard and MDF Acrylic, wood, leather, cloth, cardboard and MDF Acrylic, wood, leather, cloth, cardboard and MDF Acrylic, wood, leather, cloth, cardboard and MDF
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Why Choose Hightech CO2 Laser Machines?

Five Machine Formats for Different Production Needs

Choose from compact engraving machines, lifting-bed systems, mid-format workshop models, and large-format equipment for full-sheet and higher-volume production.

Multiple Cutting and Engraving Capabilities

One CO2 laser system can support material cutting, vector line engraving, raster images, relief work, and controlled surface marking for customized or repeated production.

Flexible Power, Controller and Accessory Options

Available configurations include multiple laser powers, Ruida DSP or compatible control systems, lifting beds, rotary attachments, water cooling, and single- or double-head arrangements.

Training and Long-Term Technical Support

Available services include setup guidance, operation training, remote technical assistance, spare-parts support, worldwide shipping, a one-year warranty, and long-term after-sales service.

Materials and CO2 Laser Applications

Hightech CO2 laser machines process a broad range of non-metallic materials for signage, woodworking, packaging, textile, leather, display, craft, and personalized production.

Acrylic and Double-Color Board

Produce acrylic letters, illuminated sign components, logos, display panels, identification plates, and detailed decorative parts.

Wood and MDF

Cut or engrave decorative panels, models, templates, gifts, and woodworking components.

Leather, Fabric and Textiles

Create patterns, garment components, accessories, footwear parts, personalized leather products, and accurately shaped textile pieces.

Cardboard and Packaging

Cut or engrave cardboard for packaging prototypes, product inserts, models, and display components.

Material Compatibility

Use only materials confirmed as compatible with the selected CO2 laser model and its extraction setup.

Frequently Asked Questions

A CO2 laser cutting and engraving machine is a computer-controlled system that uses a focused CO2 laser beam to cut, engrave, or mark mainly non-metal materials.

Verified materials across the compared models include acrylic, wood, leather, cloth, cardboard, and MDF. Select the model according to the required working area and laser power.

The machines in this category are primarily intended for non-metal materials. Businesses processing steel, aluminum, copper, brass, or other metals should consider a fiber laser cutting machine.

The required laser power depends on the material, thickness, desired engraving detail, cutting speed, and expected daily production. The final configuration should be selected after reviewing the specific application.

Choose a working area large enough for your most common sheets or finished products. Available formats range from 400 × 600 mm for compact production to 1500 × 3000 mm for large-sheet and higher-volume processing.

Cutting passes through the material to create separate parts. Engraving modifies only the surface to create text, graphics, identification marks, textures, or decorative patterns.

Compatibility varies by model and may include Ruida, RDWorks, LaserCAD, AutoCAD, CorelDRAW, AI, DXF, BMP, PLT, DWG, JPG, PNG, and RLD.

A compatible rotary attachment rotates cylindrical work during engraving. Confirm the available internal clearance and compatible rotary configuration for the selected machine before ordering.

Available services may include setup guidance, operation training, remote technical assistance, spare-parts support, a one-year warranty, and long-term after-sales service. Exact terms should be confirmed in the final quotation.

The right model depends on your materials, maximum sheet size, cutting thickness, engraving requirements, workshop space, need for rotary or lifting accessories, and expected daily output.