Progressive die stamping molds have a series of significant advantages and characteristics that make them widely used in the field of stamping processing. The following are the main characteristics of continuous mode:
Multi station integration: A progressive die stamping is composed of multiple stations, each responsible for completing a specific stamping process. These workstations are arranged in a predetermined order, and raw materials pass through each workstation in sequence through the feeding device, thus completing multiple processes in one stamping stroke.
Efficient production: Due to the ability to complete multiple processes in one stroke, progressive die stamping molds greatly improve production efficiency. This makes continuous modeling suitable for large-scale and batch production scenarios, helping to reduce production costs and increase production capacity.
High precision machining: The design and manufacturing of continuous molds usually adopt advanced CNC technology and material processes to ensure the high precision and stability of the molds. This enables progressive die stamping molds to produce high-precision and high-quality stamped parts, meeting strict quality requirements.
High degree of automation: Progressive die stamping molds are usually used in conjunction with automatic feeding devices and automation control systems to achieve automation of the stamping process. This not only reduces the difficulty and labor intensity of manual operations, but also improves the safety and stability of production.
Good flexibility: The design of progressive die stamping molds has a certain degree of flexibility, which can be adjusted and optimized according to different product requirements and process requirements. By changing the number and configuration of workstations, adjusting stamping parameters, and other methods, the continuous die can adapt to various stamping processing tasks.
Low maintenance cost: Although the initial manufacturing cost of progressive die stamping molds may be high, due to their efficient and stable production performance, their maintenance and comprehensive costs are relatively low in the long run. In addition, with the advancement of technology and the improvement of mold manufacturing level, the manufacturing cost of continuous molds is gradually decreasing.