1. Efficient production: Progressive stamping can complete multiple stamping processes in one operation, and efficiently produce high-volume parts through a continuous automated process. This continuous production method can significantly improve production efficiency and reduce the production cycle.
2. Precision and consistency: Because progressive stamping is done in a continuous mold, the mold is designed and manufactured to ensure part accuracy and consistency. This consistency is important for parts that require high precision in size and shape.
3. High material utilization: Progressive stamping can minimize material waste. Due to the continuous process design, each process shears, forms or punches the material to maximize the utilization of the material.
4. Low cost: Efficient production and increased material utilization in the continuous stamping process can reduce production costs. In addition, once the continuous mold is installed, no additional manual intervention is required during each cycle, further reducing labor costs.
5. Versatility: Progressive stamping can complete a variety of complex operations, such as punching, bending, stretching, cutting, etc., making it suitable for many types of component manufacturing.