SHJ-A Weft Feeder

How does SHJ-A Weft Feeder achieve high integration of mechanical, electrical and optical technologies?
As one of the leading companies in China's weaving equipment industry, Sanhe's SHJ-A series weft looms have made significant progress in the integration of mechanical, electrical and optical technologies. SHJ-A Weft Feeder has achieved high integration through innovative design and advanced technology, greatly improving the performance and efficiency of the loom.
1. Application of mechanical technology
The mechanical structure design of SHJ-A Weft Feeder fully considers the stability and reliability of loom operation. It adopts advanced vibration release technology, and through the precisely controlled vibration mechanism, the loom can maintain a stable weft supply even at high speed. This technology not only improves the transmission efficiency of the weft, but also effectively reduces the possibility of mechanical failure, greatly improving the service life and reliability of the equipment.
2. Integration of electrical technology
In terms of electrical technology, SHJ-A Weft Feeder adopts advanced PWM (pulse width modulation) drive technology. This technology can accurately control the supply speed and tension of the weft in the operation of the loom, and realizes the precise adjustment of key parameters in the fabric weaving process, thereby improving the quality and consistency of the weaving.
3. Optimization of optical technology
In terms of optical technology, SHJ-A Weft Feeder adopts an advanced visual control system. Through high-precision optical sensors and real-time data processing technology, the equipment can realize real-time monitoring and adjustment of the loom's operating status. This visual management method not only improves the operator's visual control of the equipment's operation, but also optimizes the efficiency and production quality during the loom's operation.
4. Guarantee and achievement of innovative technology
SHJ-A Weft Feeder has won wide recognition in the industry for its innovative technology. The equipment has won provincial new product awards and provincial scientific and technological achievements awards. These honors are not only recognition of its technological innovation, but also prove its leading position in market competition.How does

SHJ-A Weft Feeder cope with complex weaving needs in practical applications?
1. Multi-function to cope with complex weaving needs
SHJ-A series weft feeders have multi-functional design features, which can flexibly cope with the needs of different weft materials and weaving processes. Whether it is the density of the fabric, the complexity of the texture, or the running speed and tension requirements of the loom, the SHJ-A series weft loom can accurately respond to complex weaving needs through its advanced control system and multiple working modes. For example, through vibration release technology, the stable supply of weft can be maintained during high-speed loom operation; through PWM drive technology, the tension of the weft can be accurately adjusted to ensure the uniformity and quality of the fabric.
2. Efficient energy consumption management and cost control
In actual applications, the SHJ-A series weft loom effectively reduces production costs and energy consumption through optimized energy consumption management and precise production control. Through the application of PWM drive technology, it can minimize the waste of electricity and improve production efficiency and resource utilization.
3. Technical advantages and application cases
The SHJ-A series weft loom has accumulated a wealth of successful cases in actual applications and is widely used in various fields of the textile industry. For example, in the production of high-demand home textile fabrics, the SHJ-A series weft looms ensure clear fabric texture and excellent quality through their precise tension control and high-speed operation capabilities; in the production of automotive interior materials, the SHJ-A series weft looms effectively prevent the breakage and entanglement of the weft threads through vibration release technology, thereby improving production efficiency and product reliability.