In a LONATI socks machine, the finger is a small, slender metal component that helps to guide the yarn into the knitting zone where it is transformed into a sock. The finger works in conjunction with other components, such as the cylinder and needles, to create the intricate patterns and designs that are characteristic of LONATI socks. The finger moves up and down in a precise and coordinated motion, ensuring that the yarn is properly positioned and tensioned for each stitch. Its delicate size and shape make it an essential part of the knitting process, contributing to the quality and consistency of the finished product.

In a LONATI socks machine, the finger is a small, slender metal component that helps to guide the yarn into the knitting zone where it is transformed into a sock. The finger works in conjunction with other components, such as the cylinder and needles, to create the intricate patterns and designs that are characteristic of LONATI socks. The finger moves up and down in a precise and coordinated motion, ensuring that the yarn is properly positioned and tensioned for each stitch. Its delicate size and shape make it an essential part of the knitting process, contributing to the quality and consistency of the finished product.

In a LONATI socks machine, the finger is a small, slender metal component that helps to guide the yarn into the knitting zone where it is transformed into a sock. The finger works in conjunction with other components, such as the cylinder and needles, to create the intricate patterns and designs that are characteristic of LONATI socks. The finger moves up and down in a precise and coordinated motion, ensuring that the yarn is properly positioned and tensioned for each stitch. Its delicate size and shape make it an essential part of the knitting process, contributing to the quality and consistency of the finished product.

In a LONATI socks machine, the finger is a small, slender metal component that helps to guide the yarn into the knitting zone where it is transformed into a sock. The finger works in conjunction with other components, such as the cylinder and needles, to create the intricate patterns and designs that are characteristic of LONATI socks. The finger moves up and down in a precise and coordinated motion, ensuring that the yarn is properly positioned and tensioned for each stitch. Its delicate size and shape make it an essential part of the knitting process, contributing to the quality and consistency of the finished product.

In a LONATI socks machine, the finger is a small, slender metal component that helps to guide the yarn into the knitting zone where it is transformed into a sock. The finger works in conjunction with other components, such as the cylinder and needles, to create the intricate patterns and designs that are characteristic of LONATI socks. The finger moves up and down in a precise and coordinated motion, ensuring that the yarn is properly positioned and tensioned for each stitch. Its delicate size and shape make it an essential part of the knitting process, contributing to the quality and consistency of the finished product.

In a LONATI socks machine, the finger is a small, slender metal component that helps to guide the yarn into the knitting zone where it is transformed into a sock. The finger works in conjunction with other components, such as the cylinder and needles, to create the intricate patterns and designs that are characteristic of LONATI socks. The finger moves up and down in a precise and coordinated motion, ensuring that the yarn is properly positioned and tensioned for each stitch. Its delicate size and shape make it an essential part of the knitting process, contributing to the quality and consistency of the finished product.

In a LONATI socks machine, the finger is a small, slender metal component that helps to guide the yarn into the knitting zone where it is transformed into a sock. The finger works in conjunction with other components, such as the cylinder and needles, to create the intricate patterns and designs that are characteristic of LONATI socks. The finger moves up and down in a precise and coordinated motion, ensuring that the yarn is properly positioned and tensioned for each stitch. Its delicate size and shape make it an essential part of the knitting process, contributing to the quality and consistency of the finished product.

In a LONATI socks machine, the finger is a small, slender metal component that helps to guide the yarn into the knitting zone where it is transformed into a sock. The finger works in conjunction with other components, such as the cylinder and needles, to create the intricate patterns and designs that are characteristic of LONATI socks. The finger moves up and down in a precise and coordinated motion, ensuring that the yarn is properly positioned and tensioned for each stitch. Its delicate size and shape make it an essential part of the knitting process, contributing to the quality and consistency of the finished product.

In a LONATI socks machine, the finger is a small, slender metal component that helps to guide the yarn into the knitting zone where it is transformed into a sock. The finger works in conjunction with other components, such as the cylinder and needles, to create the intricate patterns and designs that are characteristic of LONATI socks. The finger moves up and down in a precise and coordinated motion, ensuring that the yarn is properly positioned and tensioned for each stitch. Its delicate size and shape make it an essential part of the knitting process, contributing to the quality and consistency of the finished product.