Products

Your Dream, DONGTAI Create——Ideas for Intelligent Knitting

Home

All You Need to Know about Terry Jacquard Computerized Circular Knitting Machine

Release time:

2023-05-17

Q: What is a Terry Jacquard Computerized Circular Knitting Machine?
A: A Terry Jacquard Computerized Circular Knitting Machine is a type of automated textile knitting machine that uses advanced computer programming to produce complex patterns and designs. It is commonly used in the production of fabrics such as towels, bed linen, and other home textiles.
Q: What are the different types of Terry Jacquard Computerized Circular Knitting Machines?
A: There are several types of Terry Jacquard Computerized Circular Knitting Machines, including single-jersey machines, double-jersey machines, and interlock machines. Each type is designed for different applications and produces different types of fabrics. Additionally, there are open-width Terry Jacquard machines and circular Terry Jacquard machines, which have different mechanisms for knitting the fabric.
Q: What is the open mechanism of Terry Jacquard Computerized Circular Knitting Machines?
A: The open mechanism of a Terry Jacquard Computerized Circular Knitting Machine refers to the way the fabric is knitted. In an open-width machine, the fabric is knitted in a flat, open state and then folded or rolled after knitting. In a circular machine, the fabric is knitted in a continuous tube, which can then be cut into the desired length.
Q: What are the benefits of using a Terry Jacquard Computerized Circular Knitting Machine?
A: Terry Jacquard Computerized Circular Knitting Machines offer several benefits over traditional knitting methods, including greater speed and efficiency, increased precision and accuracy, and the ability to produce complex patterns and designs. They also allow for greater customization and flexibility in the production process. Additionally, the automation of the knitting process reduces the need for manual labor, which can help to reduce costs and increase productivity.