Foundation Course of Consumer Plastic Product Design using CATIA V5 or UGNX || Certified || ISOPARA
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- Опубликовано: 21 авг 2024
- 🔊 Welcome to ISOPARA, a Global Learning Platform for Mechanical Design.
🔗 Website: www.isopara.com/
🛄 About the Certified Online Master Course in Consumer Plastic Product design - Catia/NX ISOPARA
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🛄 What You'll Learn in this Course: 👇👇
👉 Introduction to Plastics: Uncover the basics of plastics, exploring their composition, properties, and versatile applications in various industries. Understand the reasons behind the widespread use of plastics, considering factors such as durability, flexibility, and cost-effectiveness. Gain insights into the consumer plastic product industry, examining its scope, challenges, and trends.
👉Manufacturing Process: Delve into the intricacies of manufacturing plastic parts, covering key processes that shape the final product. Explore the injection molding process, a cornerstone in plastic manufacturing, understanding its principles and applications. Examine the blow molding technique, a pivotal process for creating hollow plastic products. Understand the mold concept, exploring its design and functionality in shaping plastic components.
👉Plastic Materials: Dive into the diverse world of plastic materials, considering their properties and suitability for different applications.
👉Solid Creation: Master the art of transitioning from Class A to Class B surface creation, ensuring precision and quality in design. Learn the techniques of master section creation, a critical step in achieving accurate and consistent designs.
👉 B-Side Features: Explore the design and implementation of B-side features, including Clip Tower, Dog House, Snap, Screw Boss, Heat Stake, Ribs, and Gussets. Understand the design guidelines specific to B-side features, ensuring adherence to industry standards. Familiarize yourself with the Power Copy concept, streamlining the replication of design elements for efficiency.
👉Tooling: Grasp the significance of tooling direction, a critical aspect in mold design for effective manufacturing. Explore different methodologies to determine tooling direction, optimizing the manufacturing process. Master the art of tooling feasibility checking, creating comprehensive reports to assess and enhance manufacturing capabilities.
👉Modification: Explore the process of modification based on new data, adapting designs to meet evolving requirements. Understand the concept of remastering, ensuring designs stay relevant and optimized over time.
👉Technical: Conduct an ergonomic study to optimize product design for user comfort and efficiency. Embrace the principles of Design for Assembly (DFA) to streamline manufacturing processes and enhance product assembly. Implement Design for Manufacturability (DFM) principles, optimizing designs for efficient and cost-effective production.
👉Projects: Engage in practical projects involving the design and manufacturing aspects of a drill machine, applying theoretical knowledge to real-world scenarios. Undertake projects focused on the design and production of a walky-talky phone, integrating various aspects of plastic product manufacturing.
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🔊If you are seeking counselling from an Industry expert, Feel Free to Contact Us at 🔗 www.isopara.com/.
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