Computerized Sweater Knitting Machine Manufacturers

Full Function S Series: Intelligent Flat Knitting for Demanding Production

The Full Function S series is our high-end computerized flat knitting platform, engineered for factories that require complex patterning, consistent fabric quality, and flexible order response. The series integrates high-precision needle selection, intelligent yarn control, and digital production management into a single machine architecture.

We build the Full Function S in double-system, three-system, and four-system configurations, with working widths of 52 inches and 72 inches. Each configuration targets a specific balance of output, pattern capability, and investment level.

Available Configurations and Model Range

Our Full Function S range covers the main production scenarios in sweater manufacturing. The table below summarizes the primary configurations and their typical application fit.

Specialized variants include compound needle bottom-up models (GS-S252C, GS-S352C) and no-waste-yarn bottom-up models (GS-S252Z, GS-S352Z), which reduce yarn consumption and improve material utilization for specific garment constructions.

Knitting Capability and Fabric Scope

The Full Function Sweater Knitting Machine supports the full range of advanced flat knitting techniques: racking, tucking, transfer, eyelet formation, jacquard, intarsia, fully fashioned knitting with visible and invisible narrowing, and partial knitting. This allows production of multi-color jacquard, three-dimensional textures, and localized structural variations in a single pass.

• Yarn compatibility: wool, cashmere, cotton, acrylic, polyester, viscose, blended yarns, elastic fibers, and recycled eco-friendly materials.
• Product applications: luxury fashion sweaters, premium wool garments, knit jackets, sports knitwear, cardigans, knitted dresses, scarves, hats, gloves, and various knitted accessories.
• Pattern complexity: from basic styles to intricate multi-color jacquard and 3D fabric structures.

Control System and Automation Integration

Each fully automatic sweater knitting machine is equipped with a computerized control system that manages needle selection, yarn feeding, carriage motion, and pattern execution. The system supports automatic parameter adjustment, program storage, production data management, and real-time operational monitoring.

For factories moving toward digital production management, the control platform provides the data layer needed to track output, monitor machine status, and switch between knitting programs without manual reconfiguration. Intelligent fault alarms and remote parameter management help reduce downtime and support faster troubleshooting.

Mechanical Construction and Operating Stability

We build the Full Function S around high-strength mechanical components and optimized transmission systems. The carriage, needle bed, and yarn feeding mechanisms are assembled to maintain precision under continuous industrial operation.

The machines are designed for long-term, high-load production environments. Low noise levels and optimized energy consumption support stable operation across multiple shifts. The dual-system, three-system, and four-system structures each reduce carriage idle time to different degrees, directly affecting hourly output and production cost per garment.

Installation, Commissioning, and Production Start-up

Proper installation and commissioning are essential for stable knitting performance. Our technical team provides guidance on site preparation, machine positioning and leveling, electrical connection, yarn feeding configuration, and control system setup.

After installation, each machine undergoes motion testing, control system verification, and knitting performance testing. We assist with pattern setup, production parameter adjustment, and troubleshooting during initial operation to help you reach stable production quickly.

For factories requiring additional knitting capacity, we also supply Collar Knitting Machine (Full-Function C) and Ready To Wear Sweater Knitting Machine models that complement the Full Function S series in a complete sweater production line.

Quality Control and Pre-Delivery Inspection

Every machine passes through organized manufacturing stages: machining, assembly, integration, and testing. Our production environment is structured to maintain consistent quality across units.

• Precision assembly by skilled technicians following controlled procedures.
• System checks covering electrical, control, and mechanical functions.
• Operational testing to verify knitting performance and machine stability.
• Performance validation before shipment to confirm consistent output quality.

Packaging, Delivery, and Service Support

Machines are fixed to a base, prepared with vacuum bag drying, and vacuum sealed to protect mechanical structures, electrical components, and precision parts during long-distance transport. This packaging approach reduces moisture exposure and movement risk during sea freight.

We operate overseas service offices and a team of technical service engineers providing online and on-site support. Original spare parts are available to minimize downtime. Online technical support is organized through dedicated one-to-one service groups, giving your team direct access to our engineers for operation guidance, parameter adjustments, and troubleshooting.

Information We Use to Configure Your Solution

To prepare an accurate configuration and quotation for a Full Function S machine, we need the following project inputs from your side:

• Garment or fabric type: sweater, cardigan, dress, accessory, or other knitted product.
• Yarn specification: fiber type, yarn count, elasticity, and any special handling requirements.
• Pattern complexity: jacquard, intarsia, fully fashioned, 3D structures, or basic knit.
• Production target: required output per shift or per day, and expected order volume.
• Working width: maximum panel width needed for your garment range.
• System preference: double, three, or four system based on output and pattern requirements.
• Factory conditions: available space, power supply, and environmental conditions.
• Automation and data needs: production monitoring, program management, or line integration requirements.

With these inputs, we can recommend the appropriate model, system configuration, and optional equipment, and provide a clear scope of supply.

Frequently Asked Questions