DFM Analysis Capability of Die Casting Molds
Die Casting Mold DFM
DFM refers to the process of evaluating the suitability of parts for high-pressure die casting production in advance through engineering analysis and simulation during the product and high-pressure die casting mould design phase. This involves optimizing the structural design and die casting mould scheme to achieve:
** More stable molding quality
** Lower scrap rate
** Longer mold life
** Higher production efficiency
** Lower overall manufacturing cost
The core objective of DFM (Die-Factor Manufacturing) is to ensure that high-pressure die-casting mold designs, while meeting product functional and performance requirements, can achieve large-scale manufacturing in the lowest cost, highest efficiency, and most stable manner, fundamentally solving potential pain points in the manufacturing process and achieving "doing it right the first time."
Raidy Die Casting Mold DFM Capabilities
As a Raidy mold manufacturer, we possess mature and systematic DFM (Design for Manufacturability) capabilities. Based on MAGMA mold flow simulation, we scientifically verify and optimize the structure of die casting parts and mold solutions during the mold manufacturing and pre-mass production stages, ensuring stable mass production capability from the outset.
We can accurately identify potential defects such as poor filling, cold shuts, shrinkage cavities, porosity, and deformation caused by uneven wall thickness, complex structures, and unreasonable flow paths. Through structural optimization, gating system reconstruction, venting system adjustment, and cooling system optimization, we eliminate these risks at the design stage, rather than requiring rework in mass production.
At the mold level, as a Raidy mold manufacturer, we not only focus on molding quality but also comprehensively evaluate the slider, core-pulling mechanism, ejection system, and thermal balance, considering mold life, cycle time efficiency, and long-term stability. This ensures a reasonable mold structure, reliable operation, uniform cooling, and controllable wear, resulting in longer service life and lower maintenance costs.
Using MAGMA simulation data and years of experience in high-pressure die casting engineering, we can transform experience-based judgments into data-driven decisions, enabling customers to significantly reduce scrap rates, shorten commissioning cycles, improve production efficiency, and reduce overall manufacturing costs while ensuring product quality.
DFM Analysis Process
Parting line design
Draft analysis
Wall thickness analysis
Gate and runner design
Ventilation and slag trapping system
Mold flow analysis
Mold flow analysis
