Design for manufacturability (also sometimes known as design for manufacturing or DFM) is the general engineering art of designing products in such a way that they are easy to manufacture. DFM for plastic part involves many important factors that touch on all areas of part design, tooling, material selection and production. First, it is essential to build parts around functional needs by keeping design intent or the end use in mind. Consider weight reductions, the elimination of fabrication and assembly steps, improving structural components, reducing costs and getting products to market quicker.
Mechanical Design Engineers Made-In USA
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| UG NX |
| Sketcher |
| Solid Modeling |
| Surface Modeling |
| Assembly design |
| Drafting |
| product design requirements |
| Automotive Plastics -Materials and Applications |
| Plastics product design fundamentals |
| Interior Trims |
| Interior parts and naming Convention |
| Injection Molding (Tool) Design basics |
| Interior Trims Design Standards |
| Interior trims CAD Modeling |
| Injection Molding Deffects |
| Assembly and joining process |
| Analyse Moldflow Reports |
| Geometric Dimensioning & Tolerancing |
| Best Practices on Interior Trims |
| Design Timing Estimation data management |
| Exercises |
| Sketcher |
| Solid Modeling |
| Surface Modeling |
| Assembly design |
| Drafting |
| Industry Requirements |
| New design |
| 2D to 3D conversions |
| Unparametric to parametric conversions |
| Engineering changes |
| Developing Criteria sections |
| working with Customer standards |
| Working with Assemblies |
| Drafting and Detailing |
| Production drawings |
| Assembly drawings |
| Essentials |
| Co-Ordinate systems |
| Body lines |
| Quality checking system |
| DFMEA |
| DFMA |
