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 | ·Top Plate: S45C ·Bottom Plate: S45C ·Punch Back Plate: CR12 ·Punch Plate: CR12MOV ·Stripper Housing: CR12 ·Stripper Plate: CR12MOV ·Stripper Inserts: CR12MOV ·Die Plate: CR12MOV | ·Die Back Plate: CR12 ·Cutting Die inserts: SKH51 ·Bending Inserts: CR12MOV ·Blanking Punches: SKH51 ·Bending Die & Punches: CR12MOV ·Draw Die & Punches: CR12MOV ·Setting Block: CR12 ·Strip Guide & Spacer Plate: CR12 |
 | When we receive the client's component drawings, our first step is to perform thorough CAE simulations and analyses. These evaluations assess performance levels, precision metrics, and manufacturing feasibility, laying the groundwork for a customized technical plan. This plan ensures that every process stage stays aligned with the client's goals. Guided by the mold's unique functional and structural demands, our engineering team creates a fully tailored design that balances innovation with real-world applicability. From the earliest concept to the finished blueprint, each detail undergoes careful consideration—resulting in a mold solution that not only meets operational requirements but also exemplifies durability, efficiency, and technical superiority. |
 | As soon as the mold design is settled and released, the manufacturing workflow begins. Following the approved diagrams, each part undergoes a careful series of procedures — ranging from initial rough machining to wire cutting, fine grinding, thermal processing, and computer numerical control machining. Each phase is executed with unwavering precision, guaranteeing that the material remains intact and dimensions adhere to the strictest specifications. Through this smooth integration of cutting-edge technology and expert craftsmanship, raw materials are transformed into precisely engineered components, ready to be assembled into molds that embody durability, efficiency, and technical superiority. |
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