1820 CO2 Laser Fabric Cutter with Auto Feed & Vision

1820 CO2 Laser Fabric Cutter for Roll Textiles

The VK-1820 is a CO2 laser fabric cutter with a nominal 1,800 × 2,000 mm working area, automatic conveyor feeding and vision-assisted contour cutting. It is designed for printed textiles, dye-sublimation sportswear, lace, embroidery, soft signage, labels and other flexible roll materials that require repeatable registration and clean cutting.

The conveyor advances roll material through the cutting area, while the camera system identifies printed contours or registration marks and compensates for position and print distortion according to the selected software workflow. Material composition, print contrast, camera field and required tolerance should be validated with sample testing before production.

• Printed Textiles: dye-sublimation sportswear, printed garments, soft signage, flags and banners requiring contour registration.
• Garment and Apparel Fabrics: selected woven and synthetic fabrics, sportswear, swimwear, linings, lace, mesh and embroidery materials.
• Home Textiles: curtains, decorative fabrics, table covers and selected upholstery or bedding materials after process testing.
• Labels and Flexible Materials: appliqué, textile labels, nonwovens and selected natural or synthetic leather materials.
• Selected Industrial Fabrics: filter media, coated fabrics and technical textiles only after composition, fume and cut-quality evaluation.

Step 1

Controlled Feeding of Roll Fabric

Step 2

Vision System Registers the Printed Layout

Step 3

Software Aligns the Contour Cutting Path

Step 4

Registered CO2 Laser Contour Cutting

Technical Specifications

The VK-1820 can be configured with different CO2 laser powers, drive components and material-handling options. Cutting speed, edge quality and camera accuracy depend on the textile composition, thickness, print quality, optical setup and process parameters; confirm the final configuration through sample cutting and the quotation.

Key Production Advantages

• Non-Contact Cutting: The laser introduces no tool pressure, helping reduce mechanical drag and distortion when the material is fed and tensioned correctly.
• Cut and Edge Sealing: Many thermoplastic textiles can develop fused edges during cutting. Natural fibers and blends may fray or discolor, so results must be tested.
• Flexible Material Range: Process selected polyester, nylon, cotton, denim, lace, nonwovens and leather after confirming composition, fumes and cut quality.
• Reduced Manual Handling: Conveyor feeding and registered cutting can shorten setup and handling time. Actual throughput depends on nesting, material, power and operator workflow.
• Vision-Assisted Workflow: The software can register printed contours or fiducial marks and align cutting paths. File preparation, calibration and operator training are still required.

Textile Cutting Performance

The VK-1820 supports repeatable cutting of flexible materials from rolls, including registered contours on printed textiles. Conveyor feeding and camera alignment can reduce repeated manual positioning while keeping production results dependent on calibration, nesting and material stability.

Clean Cutting Edges

CO2 laser cutting can produce clean edges on many textiles. Thermoplastic fibers may fuse at the edge, while natural fibers and blends can require parameter tuning to control discoloration or fraying.

Non-Contact Cutting Process

Because the beam does not apply mechanical tool pressure, the process can reduce distortion on flexible fabrics when the conveyor feed and material tension are correctly set.

High Cutting Precision

Computer-controlled paths support complex graphics, repeated parts and registered contours. Final tolerance depends on camera calibration, material movement, optics and cutting parameters.

Higher Processing Efficiency

Automatic feeding and vision registration can streamline repeated roll-processing jobs. Cycle time should be confirmed from the part layout, textile type, selected power and acceptance sample.

Applicable Materials

Typical materials include printed polyester, selected woven and synthetic fabrics, mesh, lace, embroidery materials, cotton, denim, nonwovens and selected leather. Review the safety data sheet and test every material before processing. Never laser-cut PVC, vinyl or chlorine-containing textiles or coatings; use correctly sized exhaust and never leave the machine unattended.

Applicable Industries

Applications include sportswear, garment production, labels and appliqué, home textiles, soft signage, embroidery, shoe materials, plush products and other workflows requiring registered cutting of flexible sheet or roll materials.

Dye-Sublimation Textiles

Sportswear

Plush Products

Home Textiles

Soft Signage

Labels & Appliqué

Shoes

Lace & Embroidery

Vision Contour Cutting for Printed Roll Fabrics

The machine combines a CO2 laser, conveyor table and vision camera for printed or embroidered roll materials. It is intended for jobs where contour registration, repeatability and coordinated material feeding are more important than simple straight-line cutting.

Depending on the selected software, the vision system can register printed contours, features or fiducial marks and align the cutting file to the actual material. Camera coverage, print contrast and acceptable deviation should be confirmed with customer samples.

Core Components

The final configuration combines material feeding, motion control, optics, cooling and exhaust components selected for the textile and production target. Brands and models must be confirmed in the quotation and final bill of materials.

Automatic Conveyor Feeding System

The conveyor advances roll material through the cutting area and supports segmented continuation for long jobs. Roll weight, tension, edge tracking and usable width should be confirmed for the customer material.

Edge-Alignment Feeding Rack (Optional)

The optional alignment rack helps track the material edge during feeding and can reduce lateral drift. Suitability depends on roll width, elasticity and winding quality.

CO2 Laser Cutting Head

The CO2 laser head, mirrors and focusing lens are matched to the selected power and work area. Routine cleaning, alignment and focus checks are required for consistent cut quality.

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