Views: 0 Author: Site Editor Publish Time: 2025-09-02 Origin: Site
▉ Simplification of the precision mold structure
Reduce complex shapes and try to avoid overly complex surfaces and irregular structures. On the one hand, simplify into geometric shapes to reduce the complexity of tool paths during machining. On the other hand, reducing the difficulty of assembly and processing the surface allows us to avoid error accumulation.
▉ Standardization of demo
The objective is to prioritize standard parts, thereby reducing custom machining. This approach improves processing efficiency and accuracy while preventing the specification of excessively tight tolerances.
▉ Machining Process Adaptability
Consider manufacturing methods during design, fully accounting for the characteristics and limitations of each processing technique.
▉ Detail Optimization
Corner Design: Optimize mold corners to reduce stress concentration, enhancing strength and lifespan.
Draft Angles: Apply appropriate draft angles on all cavities to facilitate demolding and minimize mold damage risks.
▉ Design for Manufacturing (DFM)
Early Collaboration: Engage with machining teams during initial design stages to understand process constraints and requirements.Continuous Improvement: Iteratively refine mold designs to improve machining efficiency and quality.
Our company mainly develops, produces, and sells precision mold(injection mold and stamping die). The processing precision can reach 0.002mm. The maximum size of the injection mold that can be processed is 2.5 meters × 1.8 meters, which can correspond to the mold of a 2400-ton injection molding machine. The maximum size of the stamping mold that can be processed is 3.4 meters × 1.5 meters, which can correspond to the mold of the 800-ton punching machine. The average annual output is 1,200 sets of molds.
