Job Summary: Develop detailed injection mold and stamping die designs, including 3D modeling, CAM programming, material selection, and simulation for product validation. Key Highlights: 1. Experience in injection mold and stamping die design 2. Modeling and detailing in SolidWorks with GD&T 3. CAM programming in Edgecam for machining centers * **Injection Mold Design:** Develop detailed mold designs, considering feeding systems, ejection mechanisms, cooling systems, and draft angle analysis. * **Stamping Die Design:** Design stamping tools for machining and finishing aluminum profiles, ensuring geometric accuracy of parts. * **Modeling and Detailing (SolidWorks):** Create complex 3D models, assemblies, and complete 2D detailing with GD&T (Geometric Dimensioning and Tolerancing). * **CAM Programming (Edgecam):** Develop programs for 3-axis machining centers, defining roughing, finishing, and drilling sequences to optimize machine cycle time. Complex machining operations, thread cycles, machining optimization; * **Material and Heat Treatment Selection:** Specify appropriate steels (P20, H13, D2, etc.) and thermal or surface treatments to ensure tool service life. * **Simulation and Adjustment:** Perform flow (injection) and stress (stamping) simulations to predict failures. Supervise bench adjustment and final "try-out". Validate final product on the machine. * **Special Industrial Machines:** Carry out development, modeling, and operational simulation of equipment, Industry 4.0. * **Differentiating Competencies** * Knowledge of machine automation, thermoplastic injection molds, and aluminum profile stamping dies. * Specific experience with aluminum profiles for the civil construction sector. * DESIRABLE: Mechanical Engineering degree. * Advanced SolidWorks proficiency, proven; * Advanced Edgecam proficiency, proven; Employment Type: Full-time CLT Work Location: On-site
João Silva
Indeed · HR
João Silva
Indeed · HR
