1. Automotive Manufacturing and Components Industry
In the production of wire harnesses for automotive engine control systems, in-vehicle entertainment devices, and airbag systems, the TA-T01 can crimp sensor signal wires and power wires of different specifications into the same terminal, efficiently achieving three-terminal crimping at a rate of 3,000 pieces per hour to meet the large-scale production needs of automotive components. Its precise parameter control ensures secure terminal crimping that can withstand the severe vibrations and complex electrical environments during vehicle operation, safeguarding the stable performance of automotive electrical systems. Additionally, the single-wire double-end terminal crimping function is suitable for manufacturing wire harnesses for automotive lighting systems and door/window control systems, enhancing production efficiency and product consistency.
2. Electronic and Electrical Appliance Manufacturing
For the complex power and data wire harnesses inside laptops and tablets, the TA-T01 flexibly processes wires of varying lengths and gauges, enabling dual-wire simultaneous crimping or single-wire single/double-end terminal crimping to optimize internal wiring structures in electronic devices. In the processing of wire harnesses for household appliances such as air conditioners and refrigerators, its modular design facilitates quick machine adjustments for switching between different product models. Standardized components reduce maintenance costs, and the touchscreen interface simplifies production workflows, helping home appliance enterprises achieve efficient and cost-effective automated wire harness production.
3. Communication Equipment and Base Station Construction
In handling internal cable connections for 5G base stations and communication switches, the TA-T01 precisely crimps various terminal types to ensure stable signal transmission lines with minimal loss. Facing the diverse wire harness specifications and high-volume production requirements of base station equipment, the machine’s high automation and efficiency shine, capable of processing multiple wire gauges while maintaining yield rates through its real-time pressure management system. This provides reliable wire harness support for the stable operation of communication equipment.
4. Industrial Automation and Intelligent Manufacturing
The processing of control and power cables in industrial robots and automated production lines demands extremely high precision and stability in terminal crimping. Leveraging its high-precision digital control and stable performance, the TA-T01 ensures consistent terminal crimping quality during high-frequency, long-duration production operations. Its efficient production capacity (4,800 pieces per hour for single-end crimping) significantly shortens industrial wire harness production cycles, meeting the stringent efficiency requirements of intelligent manufacturing enterprises. The optional conveyor belt ensures the neatness of processed long wires, facilitating subsequent assembly.
5. Aerospace Industry
Aerospace equipment imposes near-rigorous requirements on the reliability and safety of internal wire harnesses. The TA-T01 achieves high-precision terminal crimping for wire harnesses in aircraft avionics systems and satellite communication devices through precise parameter settings and strict quality control. Its dual-wire simultaneous crimping function simplifies complex wiring structures, reduces connection points, and enhances system stability. The real-time pressure management system and high-precision processing capabilities ensure every terminal crimp meets the aerospace industry’s highest standards, providing a solid foundation for the safe operation of aerospace equipment.
6. Medical Device IndustryHigh precision and stability of the TA-T01 are critical in manufacturing internal wire harnesses for precision medical devices such as medical monitors and surgical equipment. The machine enables precise processing of ultra-fine gauge wires, ensuring the safety and reliability of electrical connections within medical devices. Its automated operation minimizes human intervention, reducing error risks during production. Meanwhile, the modular design facilitates cleaning and maintenance, complying with the special environmental requirements of medical device production and providing reliable wire harness support for the stable operation of medical devices and patient safety.
