Description
For high-precision fan blades demanding exceptional roundness, dimensional tolerance must be maintained within ±0.05mm across all 360-degree sections through comprehensive inspection.
Challenge: The part tends to warp after molding. Technical pre-compensation is implemented in the mold design to adjust geometry for warpage correction.
GDM Advantage: During the initial design phase, GDM used advanced simulation to accurately predict deformation patterns and incorporated compensatory space in the design to accommodate expected shifts. Post-trial, the actual deformation closely aligns with projections, enabling precise final machining. This systematic approach allows GDM to deliver molds that meet stringent customer accuracy requirements while adhering to accelerated timelines demanded by the market.
Specification
| Stell Material |
S50C,HPM38+Quenching |
| Standard Component |
Misumi, PUNCH, etc. |
| Mold Base |
Custom-made |
| Number of Mold Cavities |
1X2 |
| Injection Molding Machine Tonnage |
180T |
| Mold Service Life |
700,000 shots |
Technical Highlight
| 1. Preliminary CAE simulation analysis |
| 2. Analyze gate locations for minimal deformation |
| 3. Develop countermeasures for foreseeable defects |
| 4. Develop a design tailored to meet stringent product specifications |
Our Advantage
| 1. Predicting deformation through CAE analysis. |
| 2. Designing the mold solution based on predictions. |
| 3. Achieving close alignment between trial molding and analysis. |
| 4. Delivering high-precision products within the scheduled timeframe. |