FUKUNO SEIKI FL-26120 CNC LATHE

Technical Description

The CNC sewing machine features an impressive 26-inch swing with a machining length of 118 inches, making it suitable for large-scale industrial applications including automotive upholstery, marine textiles, and heavy-duty garment production. The extended working area accommodates oversized components that would be impractical on conventional sewing equipment. Equipped with computerized numerical control (CNC) technology, this machine offers programmable pattern creation and execution with high precision and repeatability. The CNC system enables complex stitching sequences, automated operations, and reduced manual intervention, significantly improving production efficiency and consistency. The machine incorporates advanced servo motor drives and digital control systems that provide precise stitch length control, typically ranging from fine increments to accommodate various thread weights and material thicknesses. Multi-axis control allows for directional flexibility in stitching patterns, with many industrial models featuring 360-degree rotating sewing heads that maintain optimal needle trajectory throughout the complete stitch formation process. Standard features include automatic tension control, programmable stitch memory, and emergency stop safety mechanisms to ensure operator protection during high-speed operations. The machine supports large pattern storage capacity, typically capable of storing multiple complex designs with thousands of individual stitches per pattern. Industrial-grade construction provides solid reliability for continuous production environments, with high-developed clamp technology ensuring superior seam quality and reproducibility across repeated operations. Power requirements are typically 208-220 volts AC single-phase with pneumatic support systems, making integration into existing manufacturing facilities straightforward. This configuration represents professional-grade equipment designed for demanding textile and composite manufacturing applications.