Our High-Precision Stamping Line is an advanced automated system designed for reliable, accurate, and efficient sheet metal processing. Operating as a complete precision decoiler straightener feeder setup, this line typically includes a hydraulic decoiler machine, flap-type precision straightener, servo feeder machine, and metal stamping press. Together, these components ensure smooth material handling, precise stamping, and excellent surface quality for finished products.

Hydraulic Decoiler Machine

The sheet coil is first loaded onto the hydraulic decoiler for uncoiling. Featuring a hydraulic expansion structure, this decoiler machine supports heavy coils and includes a material trolley for easy loading. It provides stable, ripple-free sheet feeding, ensuring consistent material flow for the straightener and stamping press.

Flap-Type Sheet Metal Straightener Machine

Next, the sheet passes through a flap-type sheet metal straightener machine. The rollers can be electrically flipped for fast cleaning and maintenance, usually completed within a minute. This equipment relieves internal stress, reducing deformation during stamping. For mirror-finish stainless steel sheets, this process also protects the surface, minimizing scratches and marks.

Servo Press Feeder (Clamping Type)

The leveled sheet is fed into the stamping press machine by a servo press feeder. Its gantry-style clamping mechanism gently holds the sheet while advancing it precisely. This system is ideal for stainless steel mirror sheets, electroplated sheets, and soft materials, preventing surface damage. Operated in a "one-clamp, one-feed" mode, it ensures consistent feeding accuracy for every stamping cycle.

Precision Stamping Press

The precision stamping press forms various sheet metal products, such as washing machine inner drums, automotive components, kitchenware parts, and more. As a core part of the line, this machine can handle different material thicknesses and stamping requirements. With precise control of punch force and stroke timing, it achieves stable production efficiency and high-quality finished parts.