For Industrial Textile Laser Cutting
Meet the F180-L, the industrial powerhouse for automated textile production. Its integrated vision system and continuous conveyor table enable true unattended operation, automatically scanning registration marks on pre-printed fabric and cutting with flawless accuracy. With a massive 71” x 118” work area and power up to 600W, it’s engineered for high-volume roll processing, delivering maximum throughput for apparel, upholstery, and technical textiles.
Get QuoteF180L Laser Cutter Machine
Technical Data
| Working Area (W * L) | 1800 * 1300mm (70.8″ * 51.1″) |
| Laser Power (Watt) | 150w – 600w |
| Laser Source | C02 Glass Laser Tube |
| Max Speed | 400mm/s (15.7″/s) |
| Acceleration Speed | 4000mm/s2 (157.4″/s2) |
| Mechanical Control System | Servo Motor Drive & Gear Rack System |
| Cooling Device | Water Chiller |
| Electricity Supply | 110V/Single Phase/60HZ (Configurable for Regional Voltage) |
| Packing Size (W * L * H) | 2420 * 1850 * 1070mm (95.2″ * 72.8″ * 42.1″) |
Industrial-grade textile cutting for high-volume production.
Engineered for industrial-grade precision and repeatability. This robust drive system ensures accurate, high-speed movement across the entire cutting bed, eliminating backlash and guaranteeing that every cut is perfectly aligned, even during long production runs.
Tackles the challenge of large-format fabric distortion. This system automatically flattens and secures the entire material surface, preventing wrinkles or shifting during cutting. The result is flawless, consistent cuts from edge to edge with no material waste.
Manages heavy, bulky fabric rolls with ease. The air shaft provides a secure grip for smooth, consistent unspooling, while the edge guidance system automatically corrects any sideways drift. This ensures perfectly straight, continuous feeding of super-heavy materials, enabling true hands-off operation.
Dramatically increase your production throughput. This upgrade allows for the simultaneous installation of multiple laser heads, enabling you to cut multiple identical parts or patterns in a single pass. It’s the ultimate solution for high-volume orders, slashing production time and maximizing your machine’s output.
Move beyond manual alignment. A high-definition industrial camera mounted above the entire work area scans the material to automatically identify graphics, contours, or registration marks. This ensures perfect, repeatable cutting accuracy across the entire material sheet, even with pre-printed patterns or irregularly placed fabrics, eliminating setup time and material waste.
Combine cutting and marking into one seamless, automated process. An inkjet print head mounted directly alongside the laser head allows you to print variable data (like barcodes, logos, or serial numbers) and then immediately cut the part. Choose the marking technology that fits your needs to streamline workflow and add significant value to your finished products.
Create a protected operating zone around your machine. This system projects an invisible infrared grid. If an object or person breaks this beam while the laser is active, the system triggers an immediate shutdown. This is a critical safeguard for operator safety in busy industrial environments, ensuring compliance with the highest safety standards.
Conquer tough fabrics like X-Pac and Cordura with an industrial CO2 laser. This machine delivers clean, sealed edges on high-strength materials used for premium backpacks and sailcloth, eliminating fraying. With options for auto-feeding and dual laser heads, it transforms the production of rugged outdoor gear from a chore into a fast, precise, and highly efficient process.
Cutting silicone-coated fiberglass doesn’t have to be a struggle. This video demonstrates how a CO2 laser cleanly slices through this tough, heat-resistant material, a common challenge in protective welding blankets and high-temperature insulation. See how laser technology delivers precise, sealed edges where traditional methods fall short.
| MATERIAL | ENGRAVE | CUT |
|---|---|---|
| Acrylic | ||
| Anodized Aluminum | ||
| Ceramic | ||
| Cloth | ||
| coated Metals | ||
| corian | ||
| Cork | ||
| Delrin | ||
| Fabric | ||
| Fiberglass | ||
| Glass | ||
| Leather | ||
| Marble | ||
| Stainless Steel | ||
| brass |
| MATERIAL | ENGRAVE | CUT |
|---|---|---|
| Matte Board | ||
| Melamine | ||
| Mother of Pearl | ||
| Myiar | ||
| Painted Metals | ||
| Paper | ||
| Plastic | ||
| Pressboard | ||
| Rubber | ||
| Tile | ||
| Wood | ||
| Wood Veneer | ||
| Titanium | ||
| Bare Metals |
* CO2 lasers wil mark bare metals when coated with a metal marking solution. For more information, vist our laser metal marking page.