The manufacturing of pigtail metal parts involves coiling, forming the pigtail end, and post-processing using specialized machinery for precision and efficiency.Material PreparationThe process begins ...
The process begins with selecting the appropriate metal wire or rod, typically steel or other high-strength alloys, based on the required mechanical properties such as strength, ductility, and corrosion resistance. The raw material is cut to the required length for the coil spring or pigtail component .
The wire is fed into a coiling machine that shapes it into a helical coil. For coil springs, the coiler can form one end into a pigtail shape during this stage. The coiling parameters, including pitch, diameter, and number of turns, are carefully controlled to meet design specifications .
After coiling, the pigtail end is formed using a dedicated pigtail forming machine. The workpiece is positioned on the machine, and a forming jig, programmed for the specific pigtail shape, bends the end into the desired configuration. The jig can move in multiple directions to accommodate different diameters, pitch angles, and coiling directions . For automation, the machine can be integrated with the coiler, allowing continuous transfer of the spring for pigtail shaping .
Once the pigtail is formed, the part may undergo quenching or heat treatment to enhance mechanical properties such as hardness and fatigue resistance. Additional finishing steps can include surface treatment, coating, or inspection to ensure dimensional accuracy and compliance with specifications .
Throughout the process, precision measurements and visual inspections are performed to verify the pigtail dimensions, coil geometry, and material integrity. Automated systems may include sensors and cameras to detect deviations and ensure consistent quality .
The overall process flow for metal parts with pigtails can be summarized as:
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