Production Process for Large Stamped Parts

As shown, this is the production process for large stamped parts. First is production preparation, including steel coil unwinding, material preparation, and storage to ensure smooth subsequent production. Then comes the processing stage, the core link where stamped parts are formed, involving steps such as depalletizing, oiling, drawing, trimming, punching, flanging, and forming, requiring high-precision equipment and technical support. Finally, the large stamping line connects these stages to achieve automated production and high efficiency. Careful design and strict execution of this process ensure reliable, high-performance stamped parts.

In stamping production lines, the precision of robot material handling is critical for efficiency and die protection. Overlapping material can damage dies and affect the whole process. The Atonm Metal Double-Sheet Detector uses advanced sensing technology to accurately detect single or double feeds during automatic loading and unloading.

On automotive parts production lines, it is common to equip a dual-channel single-sensor detector 9000S and a through-beam detector 1200C. These detectors provide reliable single/double feed detection during robot handling and horizontal feeding. Detectors support Pr o f i n e t and 485 communication for efficient data exchange.

Atonm Sensors is a high-tech company integrating R&D, production, and sales. Products are independently developed and targeted to different industry requirements. The company's "double-sheet controller" is specifically used for safety detection of overlapping metal sheet materials. Contact: 13342814291