The spring is the primary elastic element within the automotive suspension system, with its end geometry precision and forming consistency directly influencing vehicle handling dynamics and ride comfort. This complete equipment series is systematically configured around the critical process nodes of spring manufacturing. Mechanical and hydraulic end flattening production lines deliver precision end compression forming through their respective drive technologies, each offering distinct advantages in cycle time control, pressure accuracy, and applicable product specifications — enabling flexible matching to diverse product structures and production scales. Automobile spring end induction heating equipment provides rapid, localized inductive preheating ahead of end forming operations, ensuring stable thermal conditions that protect material properties and safeguard forming quality throughout the process. The hot-coiled spring production line is purpose-designed for the hot winding of large cross-section, high-strength coil springs, with precise control over geometric accuracy and residual stress distribution during the forming process. The suspension spring production line is dedicated to high-volume production of springs for passenger and commercial vehicle suspension systems, achieving an optimized balance between output consistency and throughput efficiency. Together, the five production line categories form a comprehensive process system spanning end treatment, hot forming, and suspension-specific spring manufacturing — offering spring producers a scalable solution from individual process equipment through to fully integrated line systems.