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Himson’s Patent Breakthrough Set To Replace Decades-Old Apron Feeding In Yarn Texturizing

• By  Textile Excellence
• July 14, 2026

Himson Engineering Pvt. Ltd. has unveiled a patented Individual Motorized Godet Feeding Technology that could transform the synthetic yarn texturizing industry by replacing conventional apron-feed systems with a more precise, efficient and automated solution.

As global textile markets demand higher-quality, defect-free yarn and manufacturers seek greater productivity with lower operating costs, Himson’s breakthrough addresses one of the biggest challenges in Draw Texturizing Machines (DTY)—maintaining consistent yarn tension and uniformity at high speeds.

Breaking the limits of conventional apron feeding

For decades, apron-feed systems have been widely used in DTY machines. However, these systems come with inherent limitations, including frictional wear, frequent maintenance, yarn slippage and inconsistent tension control.

Continuous friction between rubber aprons and rollers leads to component degradation and production interruptions. Variations in pressure can also affect yarn properties, resulting in irregular dye absorption, inconsistent bulk and reduced product quality.

With textile manufacturers moving towards faster production, specialised yarn applications and smarter manufacturing systems, the need for a more advanced feeding mechanism has become critical.

Himson’s patented technology eliminates the apron system completely by introducing high-precision metallic godet rollers, each powered by individual dedicated motors and integrated with an advanced Motorized Twist Unit.

Precision engineering for superior yarn performance

The new system provides stress-free positive yarn feeding by guiding yarn over hard-chrome-plated godet rollers. This eliminates slippage and enables precise tension control throughout the process, ensuring consistent yarn structure, improved uniformity and enhanced performance characteristics.

The individual motor-driven godets allow independent control of each feeding point, giving manufacturers greater flexibility and accuracy in producing high-value specialty and technical yarns.

A major advantage of the technology is improved energy efficiency. By removing the mechanical friction associated with conventional apron brackets and combining direct-drive motors with redesigned vapor-phase heaters, the system significantly reduces power consumption.

Lower maintenance, higher productivity

Himson’s motorized godet technology also reduces the maintenance burden faced by traditional systems. Unlike rubber aprons that require regular replacement, cleaning and adjustment, the metallic godet rollers offer durability and significantly reduce routine wear.

The integrated Motorized Twist Unit further enhances process control by allowing operators to adjust crimp and bulk characteristics with greater precision. This enables manufacturers to respond quickly to changing market requirements while maintaining consistent yarn quality.

Smart automation for future-ready manufacturing

Designed for Industry 4.0-enabled production environments, Himson’s system features advanced PC-based software, an intuitive HMI touchscreen interface and stepless parameter adjustment capabilities.

The technology enables manufacturers to achieve high levels of process repeatability and is fully compatible with Online Tension Monitoring (OLT) systems, helping ensure consistent quality in sophisticated yarn applications.

Setting a new standard for texturizing

Compared with conventional apron-feed systems, Himson’s patented solution delivers measurable advantages:

-Improved yarn consistency by eliminating slippage and tension variations

-Lower energy consumption through direct-drive technology

-Higher production efficiency without apron-related speed limitations

-Reduced maintenance and machine downtime

-Greater flexibility for specialty yarn production

Himson’s Individual Motorized Godet Feeding Technology represents a significant advancement in synthetic yarn processing, combining precision engineering, automation and sustainability. As textile manufacturers worldwide invest in smarter and more efficient production systems, the innovation positions itself as a next-generation solution for mills seeking higher quality, lower costs and stronger global competitiveness.

Himson’s Individual Motorized Godet Feeding Technology represents a significant advancement in synthetic yarn processing, combining precision engineering, automation and sustainability. As textile manufacturers worldwide invest in smarter and more efficient production systems, the innovation positions itself as a next-generation solution for mills seeking higher quality, lower costs and stronger global competitiveness.