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Exploring the Features of Single Jersey Computerized Jacquard Circular Knitting with Open Width Mechanism

Release time:

2023-05-21

Q: What is Single Jersey Computerized Jacquard Circular Knitting with Open Width Mechanism?
A: Single Jersey Computerized Jacquard Circular Knitting with Open Width Mechanism is a type of knitting machine that creates complex patterns and designs using computerized programming. The open width mechanism allows for the fabric to be knitted in a flat, open form rather than in a tubular shape.
Q: What are the features of this machine?
A: The Single Jersey Computerized Jacquard Circular Knitting with Open Width Mechanism has several unique features, including:
- Advanced programming capabilities: This machine can create intricate patterns and designs with up to 24 colors using computerized programming.
- Open width mechanism: The open width mechanism allows for the fabric to be knitted in a flat, open form rather than in a tubular shape.
- High production speed: These machines can produce fabrics quickly and efficiently, making them ideal for large-scale production.
- High precision: The computerized programming ensures that the fabric is knitted with high precision and accuracy.
Q: How does the open width mechanism work in this machine?
A: The open width mechanism allows for the fabric to be knitted in a flat, open form rather than in a tubular shape. The fabric is held in place by a series of clamps and rollers, which ensure that the fabric stays flat and even as it is knitted. The fabric is then cut into the desired shape and size using a cutting machine. This process allows for more flexibility in the design process, as the fabric can be manipulated and shaped more easily than with a tubular knitting machine.
In summary, Single Jersey Computerized Jacquard Circular Knitting with Open Width Mechanism offers advanced programming capabilities, high production speed, and high precision. The open width mechanism allows for the fabric to be knitted in a flat, open form rather than in a tubular shape, offering more flexibility in the design process.