With the continuous upgrading of textile machinery technology, Three System Computerized Flat Knitting Machine is increasingly becoming an important tool for the transformation and upgrading of the knitting industry. It integrates a number of technical advantages such as high efficiency, multi-function and intelligent control, and is widely used in the production of sweaters, uppers, fashion knitwear and other products, injecting new vitality into the modern knitting industry.
Efficient production capacity
The three systems mean that three yarns can be operated at the same time to complete the knitting tasks of multiple parts. Compared with the dual system or single system, the production speed is increased by 20%-40%, which is particularly suitable for the rapid response of large-volume orders and highly complex patterns.
Complex processes are easily realized
Such as pattern jacquard, floating thread, punching, local thickening, 3D structure knitting, etc., can be completed in a single molding process through the three-system linkage knitting, eliminating multiple process conversions and reducing production costs.

Save labor costs
Traditional flat knitting machines rely heavily on operator experience. The three-system computerized flat knitting machine relies on program drive and can be managed by primary operators. Multiple devices can operate synchronously to improve the overall labor efficiency of the factory.
Intelligent control and high precision
Equipped with graphic editing software and cloud data interface, it supports online pattern modification, remote diagnosis, automatic detection of yarn breakage, density adjustment and other intelligent functions to achieve highly stable and precise knitting operations.
Wide application areas
The application scope of Three System Computerized Flat Knitting Machine covers a variety of knitwear manufacturing fields:
Fashion sweaters and knitted clothing: Clothing with complex designs such as three-dimensional shoulder structure, splicing texture design, gradient color control, etc. can be efficiently completed on this equipment.
Knitted upper: The three-system equipment can realize the one-time knitting of the upper, avoiding the traditional bonding and splicing process, and improving the appearance and durability of the shoes.
Functional sportswear: such as compression clothing, yoga clothing, cycling clothing, etc., through the three-system control of elastic yarn area distribution, to achieve ergonomic precision knitting.
3D three-dimensional knitted products: such as cushions, cushions, three-dimensional dolls, medical support fabrics, etc., can realize the one-time molding of spatial structure through multi-system collaboration.
With the increasing market demand for personalized and high-performance knitted products, the technology of Three System Computerized Flat Knitting Machine is also constantly evolving. Smarter algorithms, more energy-efficient motors, faster needle selection systems, and green and environmentally friendly production models will gradually become standard features of the new generation of equipment.
With the integration of technologies such as AI pattern recognition and 5G remote operation and maintenance, the three-system computerized flat knitting machine will further develop in the direction of "flexible manufacturing" and "smart factory", providing strong support for the digital transformation of traditional knitting companies.
The Three System Computerized Flat Knitting Machine not only improves the production efficiency and process complexity of knitted products, but also represents an important step for the knitting industry to move towards intelligent manufacturing. With the continuous optimization of equipment performance and the continuous expansion of application scenarios, it will play an increasingly critical role in the future textile industry and become an indispensable core equipment for high-end knitting manufacturing.