close
Choose Your Site
Global
Social Media
 | ·Top Plate: S45C ·Punch Back Plate: CR12 ·Punch Plate: CR12MOV ·Stripper Housing: P20 ·Stripper Plate: CR12MOV ·Stripper Inserts: CR12MOV ·Die Plate: CR12MOV ·Cutting Die inserts: PM30 | ·Bending Inserts: CR12MOV ·Blanking Punches: SKH51 ·Bending Die & Punches: CR12MOV ·Draw Die & Punches: Copper Alloy ·Setting Block: CR12 ·Die Back Plate: CR12 ·Bottom Plate: S45C ·Strip Guide & Spacer Plate: CR12 |
  | Upon receiving the client’s component drawings, we conduct comprehensive CAE simulation and analysis to evaluate performance, precision, and feasibility. These insights form the foundation for a tailored technical solution, ensuring that every stage of the process aligns with the client’s objectives. Guided by the specific functional and structural requirements of the mold, our engineering team develops a fully customized design that harmonizes innovation with practicality. From the initial concept to the final blueprint, every detail is carefully considered to deliver a mold solution that not only meets operational needs but also embodies durability, efficiency, and technical excellence. |
 |
 | Once the mold design is finalized and released, the manufacturing journey begins. Guided by the approved drawings, each component undergoes a meticulous series of processes — from rough machining to wire cutting, precision grinding, heat treatment, and CNC machining. Every stage is executed with uncompromising accuracy, ensuring that the material’s integrity is preserved while the dimensions meet the most exacting standards. Through this seamless integration of advanced technology and skilled craftsmanship, raw materials are transformed into precision-engineered parts, ready to assemble into molds that embody durability, efficiency, and technical excellence. |
 |  |  |
 |
