Kathery Cui:
Whatsapp: +8615222735180
Email: cutcnc@chn-rubber.com
Diana Fu:
Whatsapp: +8618222051167
Email: zxzcnc@chn-rubber.com
Tianjin China Rubber Co.,Ltd
Contact Us
Email: zxzcnc@chn-rubber.com
WhatsApp: 008618222051167
Modern textile production demands speed, precision, and adaptability, pushing manufacturing beyond manual limitations. Textiles automatic cutting represents a fundamental shift, replacing traditional hand-guided methods with controlled, automated processes. This approach focuses on accurately transforming roll or sheet materials into finished components with minimal human intervention. It signifies a move towards faster workflows and consistent output quality, essential for meeting current market requirements across diverse fabric-based products. Operational speed is dramatically increased compared to manual methods, substantially raising production throughput. The system delivers consistently high accuracy, resulting in clean, precise cuts with minimal deviation from the digital design. This reliability is crucial for ensuring components fit together correctly in subsequent assembly stages. The automated approach minimizes operator variables, leading to uniform quality across entire production runs.
Model | ZXZATF2516 | ZXZATF1630 | ZXZATF1830 |
Cutting Area | 2500mm x 1600mm | 1600mm x 3000mm | 1800mm x 3000mm |
Cutting Speed | 2000mm/s | ||
Cutting tolerance | +/-0.1mm | ||
Cutting Tool | Osillating Knife / Driven Rotary / Puching Tool / Drawing Tool | ||
Countertop Type | Automated Feeding | ||
Material Fixed Way | Alumium bellows type vacuum adsorption platform, parttion / follow adsorption | ||
Cutting Thickness | ≤ 50mm | ||
Rated Power | 9KW / 11KW | ||
Drive System | Servo motor / Linear guide rail / Rack | ||
Motor | Delta | ||
Nesting Software | ET automatic nesting module | ||
Data Format | DXF,PLT,PDF,AI | ||
Transimission Interface | Ethernet port | ||
Voltage | AC 240V /380V+/-10%, 50HZ OR 60HZ |
This method is compatible with a wide array of textile materials, spanning natural fibers, synthetic fabrics, non-wovens, and technical textiles of varying weights and compositions. The ability to process diverse substrates makes automatic cutting applicable across numerous industries. Key sectors include apparel manufacturing, home furnishings (like upholstery and drapery), automotive interiors, industrial fabrics, outdoor gear, and composites for aerospace or marine use. The technology adapts to the unique challenges presented by different textile properties.