The staple fibre twisting machine has the characteristics of modular design, convenient installation and debugging, excellent twisting efficiency and quality. The matching use of energy-saving motors and energy-saving spindles can further optimize the energy consumption of the twisting process; In addition, the merging machine models that are used for short fiber twisting services are also classified as short fiber twisting processes, including general precision winding and merging machines and precision winding and merging machines with automatic tube changing functions.

Filament twisting and staple fibre twisting have certain differences in raw material input, process adoption, and module distribution. The spindle structure of chemical fiber twisting is also significantly different from that of short fiber twisting, and the shedding time will also change depending on the type of product. This model has the advantages of a multi-layer spindle arrangement, a more compact structure, a servo electric control centralized transmission spindle, more stable twist, a cast aluminum spindle seat with tight connections, and lower noise during the twisting process.

The Carpet yarn twisting process includes direct twisting and twisting after lamination. The strength of the initial raw material and finished twisted yarn is higher than that of short fibers, so there will be certain changes in the structure of the spindle and the structure of the ingot can; The process of the large double twisting machine is similar to that of the ordinary double twisting machine. Due to the relatively coarse or strong feeding yarn, and the larger diameter of the rolled yarn, there will be more requirements for tension and twisting balloon control; The overall design of the direct twisting machine generally adopts a single spindle and single control. The spindle control system and multi track tension control system will be customized, and the product can be suitable for the processing of chemical fiber filaments such as nylon, polyester, and polypropylene.

The Glass fiber twisting process is mainly used for imparting twist to single or multiple strands of glass fibers, using high-performance ring twisting methods, and the glass fibers have diversity, flexibility, and timeliness during the twisting process. The GT fiberglass twisting machine can meet the various functional requirements of customers for twisting fiberglass fibers, and ensure the quality and output of products during this process.

Industrial yarn twisting includes both direct and double twisting processes, with the most common being the direct twisting process (actually a two strand wrapping process). The single yarn of the ply cord does not have any twist, and by controlling the tension of the two strands, it is directly twisted to form the cord. The twisted cord can obtain sufficient strength, and the direct twisting machine can be used for twisting nylon, aramid, polyester, synthetic filament, and industrial silk.

With advanced PLC servo control system, precision winding technology can accurately control the motor; The operation interface of single ingot and single control realizes diversified winding modes to further meet the market demand of differentiated production.