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Production speed of continuous stamping mold reaches up to 200SPM times - 800SPM times/minute.
During mold design, it is decomposed into precise and simple setting structures according to product requirements, and arranged in different stations to avoid the vulnerable parts of the mold station structure and increase its life, which can reach more than 500W strokes.
The production and processing of continuous stamping mold can save processing materials, control the mold step, and improve the material utilization rate. At the same time, it can reduce the management of operation, handling and other labor as well as the occupied area of the site, so it is economical.
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Our continuous stamping molds are designed for high-speed efficiency, achieving production speeds ranging from 200 SPM up to 800 SPM (strokes per minute) to support large-scale manufacturing requirements.
We decompose the mold into precise, simplified setting structures based on product specifications. By distributing these across different stations, we avoid stress on vulnerable parts, allowing the mold life to exceed 5 million (500W) strokes.
Our continuous stamping molds optimize material utilization by accurately controlling the mold step. Additionally, the automated process reduces labor costs, handling management, and the required physical floor space, making it highly cost-effective.
Yes, our professional MCCB metal stamping mold team specializes in designing and manufacturing high-capacity molds specifically engineered to meet the intensive demands of mass production.
By precisely designing the layout and controlling the steps of the continuous mold, we minimize scrap metal and maximize raw material utilization, ensuring minimal waste during processing.
Through rigorous design analysis, precise station allocation, and advanced manufacturing standards, we guarantee that each stamped part conforms precisely to technical requirements, ensuring stable performance in electrical systems.
