
Professional Multi-Head Quilting & Embroidery System
Our High Speed Quilting Embroidery Machine represents the ultimate in versatile textile production, offering both high-speed quilting and precision embroidery capabilities in one sophisticated system. This multi-head machine is engineered for commercial production facilities requiring exceptional flexibility and premium quality output.
Featuring 12 independent embroidery heads with 15 needles each, advanced computerized controls, and seamless switching between quilting and embroidery modes, this machine maximizes productivity while maintaining the highest standards of craftsmanship for luxury bedding and decorative textile markets.
TECHNICAL SPECIFICATIONS
DETAILED MACHINE SPECIFICATIONS
KEY FEATURES
ADVANCED MULTI-HEAD CAPABILITIES
APPLICATIONS
VERSATILE PRODUCTION CAPABILITIES
LUXURY BEDDING
Premium comforters, designer quilts, and luxury bedding sets with intricate embroidered details and sophisticated quilting patterns.
DECORATIVE ITEMS
Wall hangings, decorative pillows, table runners, and artistic textile pieces with complex embroidery and quilting combinations.
BRANDED TEXTILES
Corporate uniforms, promotional items, and branded textile products requiring precise logo embroidery and professional finishing.
HOME FURNISHING
Curtains, upholstery, and home decoration items combining functional quilting with aesthetic embroidered elements.
BENEFITS
COMPETITIVE ADVANTAGES
INCREASED PRODUCTIVITY
Multi-head design enables parallel processing, significantly reducing production time and increasing output capacity for commercial operations.
SUPERIOR QUALITY
Precise control systems ensure consistent stitch quality across all heads, delivering professional-grade results with minimal variation.
VERSATILE OPERATION
Seamless switching between quilting and embroidery modes allows for diverse product creation without machine changes or setup delays.
COST EFFECTIVE
Combines two specialized machines into one system, reducing capital investment, floor space requirements, and operational complexity.