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Common Uses As an apparel merchandiser, it's important to have a basic understanding of the sewing processes involved in garment production. The single-needle lockstitch machine is commonly used for several key processes, including:

  • Sewing basic seams: This machine is often used to sew together fabric pieces to form the basic structure of a garment, such as side seams and shoulder seams.
  • Hemming: Hemming is the process of folding and stitching the raw edge of a garment to prevent fraying. Single-needle lockstitch machines are frequently used to hem pants, skirts, and sleeves.
  • Topstitching: Topstitching is a decorative stitch that is visible on the outside of a garment. It can reinforce seams and add a decorative touch to the garment.
  • Basting: Basting is a temporary stitch used to hold fabric pieces in place before final stitching. Single needle lockstitch machines can be used for basting to ensure that seams and hems are properly aligned before being permanently sewn.
  • Attaching buttons and snaps: The single needle lockstitch machine can be used to attach buttons and snaps to a garment. The machine is equipped with a button-attaching foot, which holds the button in place while the machine sews it onto the fabric.

These are some of the key processes where a single needle lockstitch machine is used in the garment industry. As an apparel merchandiser, it's important to be aware of these processes and the equipment used to carry them out in order to better understand the production process and make informed decisions about production schedules and timelines.

Components: An industrial single needle lockstitch machine, also known as a plain machine. The industrial single-needle lockstitch machine is a type of sewing machine that is commonly used in garment manufacturing. It consists of the following main components:

  • NeedleThe needle is the most important part of the machine and is responsible for piercing the fabric and forming the stitch. It is typically made of high-strength steel and is mounted on a needle bar.
  • Needle barThe needle bar holds the needle and is driven up and down by the main drive mechanism.
  • Main drive mechanismThe main drive mechanism is responsible for driving the needle bar up and down and is typically powered by an electric motor.
  • Hook and bobbin mechanismThe hook and bobbin mechanism provides the second stitch thread to form the lockstitch. The bobbin is typically located in a bobbin case, and the hook picks up the top thread and interlocks it with the bobbin thread to form the stitch.
  • Feed mechanism: The feed mechanism is responsible for moving the fabric through the machine, and typically consists of a feed dog and a presser foot.
  • Arm and bed: The arm and bed of the machine provide a stable base for the sewing process and support the other components of the machine.
  • Needle plate: The needle plate is a metal plate that covers the arm and bed and provides a smooth surface for the fabric to pass over.
  • Stitch regulator: The stitch regulator is used to control the length of the stitch and is typically adjusted using a dial or lever on the machine.

Overall, the industrial single-needle lockstitch machine is a complex and precise machine that requires careful maintenance and adjustments to ensure reliable and consistent sewing results.

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Problems and Solutions:  An industrial single needle lockstitch plain machine is a type of sewing machine used in the textile industry to produce seams in fabric. Despite its reliability and durability, several problems can occur during its use. Some common problems and their solutions are:

·        Thread Breaking: This is a common problem caused by the improper tension of the upper thread, incorrect needle size, or dull needle. The solution is to adjust the upper thread tension, replace the needle with the correct size, and ensure the needle is sharp.
·        Skipping Stitches: Skipping stitches can be caused by incorrect needle insertion, incorrect thread tension, or dull needle. The solution is to ensure proper needle insertion, adjust the thread tension, and replace the needle if it is dull.
·        Uneven Stitching: Uneven stitching can be caused by incorrect thread tension, incorrect needle size, or incorrect thread type. The solution is to adjust the thread tension, use the correct needle size, and use the correct type of thread for the fabric being sewn.
·        Looping or Birdnesting: Looping or birdnesting occurs when the thread bunches up and creates loops on the underside of the fabric. This is usually caused by incorrect thread tension or incorrect needle size. The solution is to adjust the thread tension and use the correct needle size.
·        Breaking Needle: A breaking needle can be caused by using a needle that is too small for the fabric or by hitting a hard object, such as a pin, while sewing. The solution is to use the correct needle size and be careful when sewing over pins or other hard objects.

It is important to regularly maintain the machine to prevent these problems and ensure its longevity. A professional technician should be consulted if you are unsure of how to solve a problem or if the machine requires repair.

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