Circular knitting machines, are used to produce knitted fabrics in a continuous tubular form. They consist of a number of components that work together to create the final product. In this essay, we will discuss the organization structure of a circular knitting machine and its various components.
The primary component of a circular knitting machine is the needle bed, which is responsible for holding the needles that form the loops of the fabric. The needle bed is typically made up of two parts: the cylinder and the dial. The cylinder is the lower part of the needle bed and holds the lower half of the needles, while the dial holds the upper half of the needles.
The needles themselves are also a crucial component of the machine. They come in different shapes and sizes and are made of various materials such as steel or plastic. They are designed to move up and down through the needle bed, forming loops of yarn as they go.
Another essential component of a circular knitting machine is the yarn feeders. These feeders are responsible for supplying the yarn to the needles. There are typically one or two feeders, depending on the type of machine. They are designed to work with a variety of yarns, from fine to bulky.
The cam system is another important component of the machine. It controls the movement of the needles and determines the stitch pattern that will be produced. The cam system is made up of various cams, each with a unique shape and function. As the cam rotates, it moves the needles in a specific way, creating the desired stitch pattern.
The sinker system is also a critical component of the Jersey Maquina Tejedora Circular. It is responsible for holding the loops in place as the needles move up and down. The sinkers work in conjunction with the needles to create the desired stitch pattern.
The fabric take-up roller is another essential component of the machine. It is responsible for pulling the finished fabric away from the needle bed and winding it onto a roller or spindle. The speed at which the take-up roller rotates determine the rate at which the fabric is produced.
Finally, the machine may also include a variety of additional components, such as tensioning devices, yarn guides, and fabric sensors. These components work together to ensure that the machine produces high-quality fabric consistently.
In conclusion, circular knitting machines is complex pieces of machinery that requires a variety of components to work together to produce high-quality fabric. The needle bed, needles, yarn feeders, cam system, sinker system, fabric take-up roller, and additional components all plays critical roles in the production of knitted fabric. Understanding the organization structure of a circular knitting machine is essential for anyone looking to operate or maintain one of these machines.
Post time: Mar-20-2023