Double-sided threaded Inter Changeable Circular Knitting Machine

The Double-Sided Thread Interchangeable Circular Knitting Machine is a cutting-edge textile machine designed to produce high-quality, double-sided knitted fabrics with the ability to interchange threads or yarns during the knitting process. This machine is highly flexible, allowing manufacturers to create intricate patterns and multi-colored fabrics, often used in high-end fashion garments, outerwear, and specialized textiles for both fashion and industrial applications.

Key Features:

1. Double-Sided Knitting:

   • Double-Sided Fabric Production: Capable of knitting fabrics with different patterns, textures, or colors on both sides, which is perfect for reversible fabrics.

   • Applications: Commonly used for producing reversible jackets, coats, and other garments where both sides of the fabric have distinct designs or properties.

2. Thread Interchangeability:

   • The machine allows for thread interchangeability, meaning it can switch between different yarns or colors during the knitting process. This flexibility is ideal for creating multi-colored designs or two-sided fabrics with unique textures or patterns.

   • Ideal for producing complex, high-quality fabrics that would typically require multiple machines or setups.

3. Automatic Yarn Feeding System:

   • The machine is equipped with an automated yarn feeding system that ensures consistent tension and smooth knitting of various yarn types.

   • Multiple feeders allow for precise yarn feeding, enabling the use of different yarn types (e.g., cotton, polyester, spandex, nylon, etc.) and creating intricate designs without manual intervention.

4. High-Speed Knitting:

   • Designed for high-speed operation, the machine allows for quick fabric production while maintaining high quality.

   • Ideal for mass production, it increases efficiency and reduces the time required to produce complex double-sided fabrics.

5. Precision and Consistency:

   • Advanced control systems ensure precise control of the knitting process, with automatic adjustments for yarn tension, speed, and pattern consistency.

   • Consistent fabric quality is maintained throughout the production run, with minimal defects and waste.

6. Versatile Fabric Production:

   • The machine is capable of knitting a wide range of fabric structures, including jersey, rib knit, interlock, jacquard, and other complex knitted patterns.

   • Can handle lightweight fabrics for t-shirts or sportswear, as well as heavier, thicker fabrics for sweaters, jackets, and outerwear.

7. Durability and Low Maintenance:

   • Built with durable components, this machine is designed for long-lasting operation and requires minimal maintenance.

   • Automated lubrication systems reduce wear and tear, leading to a longer service life and lower maintenance costs.

8. Energy-Efficient:

   • The machine is optimized for low energy consumption while maintaining high production rates, making it both cost-effective and environmentally friendly.

   • Energy-saving features help reduce electricity usage, lowering operational costs over time.

Applications:

1. Apparel Manufacturing:

   • Reversible Garments: Perfect for producing reversible jackets, coats, and other two-sided apparel where both sides are functional and stylish.

   • Sportswear: Ideal for producing fabrics with stretch, moisture-wicking, and breathable properties for activewear and athletic gear.

   • Fashion Garments: High-end fashion brands use this machine to create fabrics with complex patterns, textures, and multi-color designs, offering a unique value proposition in the market.

2. Home Textiles:

   • Bedding: Creates double-sided bed sheets, comforters, blankets, and pillowcases, providing versatility in design for home décor.

   • Cushion Covers and Upholstery: Ideal for producing reversible cushion covers and upholstery fabrics, enhancing comfort and aesthetic appeal.

3. Industrial and Technical Textiles:

   • Suitable for specialized textiles used in industrial applications such as filter fabrics, protective garments, and technical textiles that require double-sided fabric with specific properties like heat resistance or water repellency.

   • Can produce functional fabrics for medical and workwear applications, such as uniforms and safety gear.

4. Automotive Textiles:

   • Used for manufacturing automotive upholstery fabrics, car seat covers, and interior trims, where durability and high-quality textile properties are required.

Technical Specifications:

• Machine Diameter: Ranges from 24 inches to 40 inches, depending on the specific machine model and the required fabric width.

• Needle Count: Typically between 18 and 40 needles per inch, depending on the fabric gauge and type of fabric being produced.

• Feeders: Can be equipped with multiple feeders (up to 120 feeders) to accommodate different yarn types for complex patterns and designs.

• Speed: Typically operates at 18-30 RPM (revolutions per minute), depending on the type of yarn, fabric structure, and desired output.

• Power Supply: Usually 380V/50Hz or other regional power supply specifications.

• Fabric Width: Can produce fabric widths typically ranging from 1.6 meters to 2 meters.

• Production Capacity: High-output machine, capable of producing large quantities of fabric, making it suitable for mass production.

• Control System: Equipped with advanced digital control for easy operation, yarn tension control, and pattern management.

Advantages:

• Versatility in Fabric Production: Capable of producing a variety of fabric types, including lightweight and heavy fabrics, as well as multi-colored and reversible fabrics, all on the same machine.

• Time and Cost Efficiency: The thread interchangeability and ability to knit double-sided fabrics reduce the need for multiple setups or machines, saving both time and money.

• High-Quality Output: Ensures consistent, high-quality fabric production with minimal defects, meeting the needs of both high-end fashion and industrial textile markets.

• Low Maintenance: Automated systems and robust design reduce the need for frequent repairs or manual intervention, cutting down on maintenance costs.

• Energy-Efficiency: With optimized power usage, the machine reduces overall electricity costs while maintaining high production efficiency.