What Is a Laser Fabric Cutter?
A laser fabric cutter is a CO2 laser cutting system designed for cutting textiles and other flexible materials with high precision. It is widely used for printed fabrics, sportswear, lace, embroidery, home textiles, labels, soft signage, and other roll materials that require accurate and efficient cutting.
Compared with manual cutting methods, a CNC laser fabric cutter offers better consistency when handling complex shapes, continuous roll materials, and repeated production tasks. When equipped with an auto feeding system and vision camera, the machine is more suitable for contour cutting of printed or embroidered materials in textile and garment production.
- Printed Textiles: sublimation sportswear, printed garments, soft signage, flags, banners, and other contour-cut textile products.
- Garment and Apparel Fabrics: sportswear, swimwear, lining materials, woven fabrics, lace, mesh fabrics, and embroidery-related materials.
- Home Textiles: curtains, upholstery fabrics, decorative fabrics, table covers, mattress materials, and other soft furnishing materials.
- Labels and Flexible Materials: applique materials, textile labels, nonwoven materials, selected leather materials, and other flexible sheet or roll materials.
- Selected Industrial Fabrics: filter fabrics, coated fabrics, synthetic fabrics, and other flexible materials used in industrial processing.
Primer paso
Auto Feeding of Roll Fabric
Paso 2
Vision Camera Captures the Material Layout
Paso 3
Software Generates the Cutting Path
Paso 4
Automatic Laser Contour Cutting
Parámetros de la máquina
Este cortador de tela con láser de CO2 está disponible en múltiples configuraciones de potencia y área de trabajo para adaptarse a diferentes requisitos de producción. La máquina está diseñada para el procesamiento continuo de materiales en rollo con alimentación automática, reconocimiento de visión y un rendimiento de corte de contorno preciso.
Ventajas Clave
- Corte sin contactoNo se deforma ni estira la tela, conserva la integridad del material.
- Corte y sellado en un solo paso: El láser sella los bordes al cortar, previene el deshilachado (no se requiere posprocesamiento).
- Compatibilidad con una amplia gama de materialesCorta algodón, poliéster, nailon, mezclilla, cuero, encaje, telas no tejidas, etc.
- Alta Eficiencia: Reemplaza a 7-8 trabajadores; la alimentación automática permite una producción continua de 24 horas.
- Operación fácilEl software de reconocimiento visual soporta la autoextracción de patrones; no se requiere programación compleja.
| Modelo | 1820 (Working Area: 1800×2000mm) |
| Tipo de láser | Tubo de láser de CO₂ sellado (refrigerado por agua) |
| Potencia láser | 100W / 130W / 150W / 180W / 200W (opcional) |
| Mesa de trabajo | Mesa transportadora de alimentación automática / Plataforma de panal (opcional) |
| Velocidad de corte | 0–10 000 mm/min (ajustable por material) |
| Precisión de Posicionamiento | ±0.1 mm |
| Precisión de reposicionamiento | ±0.05 mm |
| Sistema de Conducción | Guía lineal doble, transmisión por correa, motor paso a paso/servo de alta velocidad |
| Sistema de control | Controlador CNC Industrial con Posicionamiento Visual CCD |
| Formatos admitidos | IA, PLT, DXF, BMP, DST, CDR, DWG |
| Sistema de refrigeración | Enfriador de agua industrial |
| Fuente de alimentación | CA 220 V ±10 %, 4 polos, 50/60 Hz |
| Entorno operativo | Temperatura: 0–45 °C; Humedad: 51 %–95 % (sin condensación) |
| Peso neto | 1200–1500 kg |
| Configuración estándar | 2× Ventiladores de Escape Inferiores, 1× Cámara CCD, Sistema de Alimentación Automática |
| Accesorios opcionales | Cabezales láser duales, dispositivo rotatorio, purificador de humo |
Vídeo tutorial de instalación de la cortadora láser de tela con cámara - paso 1
Vídeo tutorial de instalación de la cortadora láser de tela con cámara - paso 2
Vídeo tutorial de instalación de la cortadora láser de tela con cámara - paso 3
Ventajas de la cortadora láser CNC de tejidos
This machine is designed for textile and flexible material cutting applications that require accuracy, repeatability, and continuous roll processing. Compared with manual cutting methods, it can improve cutting consistency and help reduce labor input in suitable production environments.
Clean Cutting Edges
The laser cutting process helps produce cleaner edges on many textile materials, reducing fraying and minimizing the need for additional trimming in suitable applications.
Non-Contact Cutting Process
Because the laser does not physically contact the material during cutting, the process helps reduce mechanical distortion on flexible fabrics.
High Cutting Precision
Computer-controlled cutting supports accurate processing of complex graphics, repeated shapes, and contour-cut printed materials.
Higher Processing Efficiency
With auto feeding, vision recognition, and software-controlled cutting paths, the machine is suitable for more efficient processing of textile rolls and repeated production jobs.
Materiales aplicables
Suitable for printed textiles, woven fabrics, mesh fabrics, lace, embroidery materials, leather, synthetic leather, cotton, polyester, denim, nonwoven materials, and other flexible materials used in textile and garment processing.
Industrias aplicables
Suitable for sportswear, garment production, label and applique cutting, home textiles, soft signage, embroidery processing, shoe materials, plush toys, and other industries that require contour cutting of flexible materials.
Sublimación
Ropa deportiva
Peluche
Textil hogar
Señalización flexible
Etiquetas y apliques
Zapatos
Encajes y bordados
Vision Contour Cutting Solution for Roll Fabrics
This machine combines a CO2 laser cutting system, auto feeding table, and vision camera to support contour cutting of printed or embroidered roll materials. It is suitable for applications where material layout recognition, cutting accuracy, and continuous production efficiency are important.
The industrial camera and vision system can recognize printed or embroidered contours and generate cutting paths automatically, helping improve accuracy and reduce manual positioning work in textile and garment production.
Piezas principales
The machine is designed for continuous textile processing with an auto feeding structure, vision recognition support, and stable cutting components. These core parts help improve material handling, cutting accuracy, and overall production efficiency.
Auto Feeding System
The auto feeding system supports continuous loading of roll materials and is suitable for textile and garment cutting jobs that require higher efficiency and reduced manual feeding work.
Automatic Alignment Feeding Rack
The optional alignment system helps improve material tracking during roll feeding and supports more stable processing of long textile materials.
CO2 Laser Heads
The laser head supports stable cutting performance and accurate positioning for textile processing applications that require consistent cutting quality.
Recambios de calidad S&A Enfriadora de agua
Recambios de calidad Bomba de aire Hailey
Extractor de humos
Canon 1500D Vision
