Comprehensive Guide to Cone Winding Machines in the Textile Industry

What is cone winding?

Cone winding is a crucial process in the textile industry that prepares yarn for further procedures like weaving and knitting. It involves winding yarn onto cones or bobbins, making it easier to handle and improving its quality. In this comprehensive guide, we will explore the different aspects of cone winding, including its features, types of cone winding machines, objectives, parts, working principles, advantages, disadvantages, and its significance in the garment industry.

Features of Cone Winding

Cone winding machines offer several key features that contribute to their efficiency and effectiveness in the textile industry. These features include:

  1. Reciprocating cams: Cone winding machine utilize reciprocating cams attached to the traversing guide and shaft to control the movement of the yarn.
  2. Yarn guide: The machines are equipped with yarn guides that control the yarn during the winding process, ensuring proper alignment and tension.
  3. Cone holder: Cones are placed on a cone holder and kept in contact with a drum, allowing for smooth winding.
  4. Drum: A drum is positioned opposite each cone, providing friction that enables the cone to rotate and wind the yarn.

Function of cone winding machine

► To remove yarn faults.
► To improve the quality of yarn.
► To wax the yarn during the winding process.
► To make a bigger package from ring bobbin in order to get a continuous length of yarn on cones for subsequent processes like doubling, warping, weaving, Knitting etc.

Types of Cone Winding Machines

There are various types of cone winding machines designed to cater to different needs in the textile industry. Some common types include:

  1. Single-head cone winding machine: This type of machine has a single head and can wind one cone at a time. It is known for its simplicity, affordability, and ease of operation and maintenance.
  2. Double spindles bobbin winding machine: The double spindles bobbin winding machine is capable of winding single or multiple yarns. It offers high speed, efficiency, low noise, and good winding quality.
  3. Automatic cone winding machine: Widely used in textile factories, automatic cone winding machines can wind filament, spin, and fancy yarns onto various packages. They are controlled by a PLC system, ensuring accurate winding with consistent tension.
  4. High-speed thread winding machine: Designed for coiling thread, yarn, or wire onto spools or cones, the high-speed thread winding machines provide precise control over the winding process. They are commonly used in sewing machines, knitting machines, and industrial applications.
  5. Hank to cone winder: This type of machine is used to wind yarn from large hanks used for dyeing to smaller cones used for weaving or knitting. They can be manual or automatic, depending on the requirements of the operation.
Comprehensive Guide to Cone Winding Machines in the Textile Industry
Comprehensive Guide to Cone Winding Machines in the Textile Industry 5

Objectives of Cone Winding Machine

The cone winding machine has several objectives that contribute to the efficient preparation of yarn for further processes in the textile industry:

  1. Increased capacity: Cone winding machines increase the volume capacity of yarn by winding it onto larger cones. This improves productivity and reduces downtime during subsequent processes.
  2. Yarn quality improvement: These machines remove defects and impurities from the yarn, such as coarse knots, double yarns, and weakly twisted yarns. By enhancing the evenness and smoothness of the yarn, they reduce breakage and improve the appearance quality of the fabric.
  3. Uniform winding: Cone winding machines ensure the yarn is wound uniformly onto the cones, preventing tangling, overlapping, and uneven distribution. This results in better control during subsequent processes and improves the overall quality of the final fabric.
  4. Waste reduction: By winding yarn effectively and preventing breakage, cone winding machines minimize waste. This contributes to cost savings and a more sustainable manufacturing process.
  5. Increased productivity: Cone winding machines enable the winding of multiple cones simultaneously, reducing production time and increasing overall productivity in textile factories.
  6. Consistent winding: These machines ensure consistent winding of yarn onto cones, maintaining desirable yarn characteristics such as uniformity, alignment, and tension. This consistency is crucial for producing high-quality fabrics.

Parts of Cone Winding Machine

Cone winding machines consist of various parts, each playing a significant role in the winding process. Some important parts and their descriptions are as follows:

  1. Motor: The motor provides the rotational motion required for the winding process. It powers the camshaft and drum shaft.
  2. Camshaft: The camshaft controls the movement of the traversing guide and yarn guide through reciprocating cams. It ensures the yarn is wound evenly onto the cone.
  3. Drum: The drum is positioned opposite the cone holder and provides the necessary friction for cone rotation and yarn winding.
  4. Cone holder: Cones are placed on the cone holder and kept in contact with the drum. They rotate due to the friction between the drum and holder, resulting in the winding of the yarn onto the cone.
  5. Yarn guide: The yarn guide controls the movement of the yarn during the winding process, ensuring proper alignment and tension.
  6. Stop motion mechanism: This mechanism stops the winding process when there is a breakage in the yarn, preventing further damage and ensuring the quality of the wound yarn.
parts of cone winding machine
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Working Principle of Cone Winding Machine

The cone winding machine operates based on a simple principle:

  1. Motion: The machine receives motion from a motor, which rotates the camshaft and drum shaft.
  2. Yarn supply: Yarn is supplied from a bobbin and guided to the cone through yarn stop motion guides and yarn traversing guides.
  3. Winding process: As the cones are placed on the cone holder and come into contact with the drum, they rotate due to the friction between the drum and holder. The yarn is guided onto the cone by the yarn guide, ensuring uniform winding.
  4. Stop motion: The winding process is stopped using a stop motion mechanism when there is a breakage in the yarn.
  5. Cone replacement: Once the cone reaches the predetermined width, it is discretely removed from the drum and automatically replaced with a new cone.

The working principle ensures efficient and consistent winding of yarn onto cones, preparing it for subsequent processes in the textile industry.

Comprehensive Guide to Cone Winding Machines in the Textile Industry
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Why Cone Winding is Used in Garments

Cone winding plays a vital role in the garment industry for several reasons:

  1. Ease of handling: Winding yarn onto cones makes it more manageable and convenient for further processes like weaving and knitting. It ensures uniformity and consistency in the yarn, leading to better fabric quality.
  2. Improved appearance: Cone winding enhances the appearance of the yarn, making the final product more visually appealing. This is particularly important in the garment industry, where aesthetics play a significant role in consumer preferences.
  3. Defect removal: The winding process allows for the detection and removal of defects in the yarn, such as knots, weak spots, and impurities. This ensures the production of high-quality garments with minimal flaws.
  4. Efficient production: By winding yarn onto cones, the production process becomes more efficient. It reduces stoppage time during subsequent processes and enables the handling of larger volumes of yarn, leading to increased productivity.

Overall, cone winding is essential in the garment industry as it prepares the yarn for further processes, improves its quality, and enhances the efficiency of garment production.

Cleaning of cone winding machine

► Clean the different mechanisms in the winding machine at the scheduled interval as instructed.
► Periodically clean the winding drum brush as instructed
► Ensure the waxing discs are clean.
► Keep the wastes in waste bags, piece bags, or in aprons.

How to Maintain Good Quality in Cone Winding

Maintaining good quality in cone winding is crucial for ensuring the production of high-quality fabrics. Here are some tips to achieve and maintain good quality:

  1. Optimal winding speed: Set the winding speed to around 1200 meters per minute to achieve good quality winding.
  2. Yarn fault clearers: Adjust the yarn fault clearers to be as close as possible to eliminate any faults that could affect the fabric’s quality.
  3. Yarn count channel setting: Keep the yarn count channel setting below 7% to maintain good yarn quality.
  4. Splicing strength: Ensure that the splice strength is 75% higher than the yarn strength to prevent breakage during subsequent processes.
  5. Splice appearance: Regularly check and maintain the splice device to ensure good splice appearance.
  6. Cone weight: Aim for a cone weight between 1.8 to 2.4 for better efficiency.
  7. Yarn winding tension: Avoid high winding tension, as it can affect tensile properties such as elongation and tenacity.
  8. Cleanliness: Keep the clearers and wax roller clean to prevent any buildup that may affect the winding process.

By following these guidelines, manufacturers can maintain good quality in cone winding, resulting in high-quality fabrics and increased customer satisfaction.

Advantages of Cone Winding Machine

Cone winding machines offer several advantages in the textile industry:

  1. Increased efficiency: Cone winding machines wind yarn quickly and uniformly, increasing productivity and reducing production time.
  2. Improved yarn quality: These machines remove defects and impurities, ensuring high-quality yarn with uniform characteristics.
  3. Waste reduction: By preventing breakage and ensuring proper winding, cone winding machines minimize yarn waste, leading to cost savings and sustainability.
  4. Customization: Cone winding machines can be adjusted to wind various materials, allowing for customization based on specific requirements.
  5. Cost-effectiveness: Despite the initial investment, cone winding machines are cost-effective in the long run, as they reduce labor costs and improve efficiency.

Disadvantages of Cone Winding Machine

While cone winding machines offer numerous advantages, there are also some disadvantages to consider:

  1. Maintenance requirements: Cone winding machines require regular maintenance to ensure optimal performance and prevent breakdowns.
  2. Energy consumption: These machines consume a significant amount of energy, increasing operational costs.
  3. High initial investment: Automatic cone winding machines can be expensive, making it a substantial investment for textile manufacturers.

Despite these drawbacks, the benefits of cone winding machines outweigh the disadvantages, making them an essential tool in the textile industry.

Importance of health and safety

  • Follow the work & safety instructions and adopt safe working practices like not opening the doors of the machine, not cleaning the interior parts & not taking any choked material when the machine is in running condition.
  • Do not take the hands close to the winding drum while it is in working.
  • Always use head cap, face mask and ear plug in the work spot.


Cone winding is a critical process in the textile industry that prepares yarn for further procedures like weaving and knitting. Cone winding machines play a vital role in achieving efficient and high-quality winding, resulting in improved productivity and enhanced fabric appearance. By understanding the features, types, objectives, parts, working principle, advantages, and disadvantages of cone winding machines, textile manufacturers can optimize their production processes and deliver high-quality fabrics to meet customer demands. As technology advances, cone winding machines are expected to become even more efficient and user-friendly, further revolutionizing the textile industry.

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