Mold Design COMPLETE Tutorial | Core और Cavity Design में होने वाली बड़ी Mistakes और उनके Solutions

RVM CAD Faridabad - देश का सबसे बड़ा TRAINING CENTRE. Main Mathura Road, Bata Chowk Faridabad Contact No. - 7722047855, 9999931777 Nearest Metro Station - Bata Chowk Metro. Walking Distance from there. Google Location - https://maps.app.goo.gl/UF91EjBHMMqvL... RVM CAD Pune - Moshi, Pimpri Chinchwad Phone - 7722047855, 9999931777 Google Location - https://maps.app.goo.gl/zBgbXtRMxH4w7... RVM Pune Group - https://chat.whatsapp.com/IJhM2Ej1Z6c... RVM CAD Ahmedabad - Sarkhej near Ujala Circle. Open for Admissions! Google location - https://maps.app.goo.gl/ATbD1fqtbVTdi... RVM CAD Gujarat Jobs Group - https://chat.whatsapp.com/DCjfP3KijSA... Mastering plastic mold design is a critical skill for mechanical engineers looking to excel in the competitive manufacturing industry. This comprehensive video tutorial provides an in-depth look at the entire process of designing an injection mold for a plastic component, from initial material selection to the final assembly of the mold base. Led by an industry expert with 35 years of experience, you will explore the fundamental differences between cold runner and hot runner systems, understand various mold opening types like two-plate and three-plate designs, and learn how to determine core and cavity inserts based on part geometry. Throughout this session, you will gain practical knowledge on several key technical areas: Understanding mold types including single cavity, multi-cavity, and family molds. Identifying critical mold components such as the locator ring, sprue bush, guide pillars, and ejector pins. Learning to calculate and apply shrinkage allowances for common plastic materials like PP and ABS. Step-by-step core and cavity extraction using advanced CAD software like NX. Designing effective cooling channels to optimize cycle times and prevent defects. Recognizing and troubleshooting common molding defects like short molding, sink marks, flash, and weld lines. The relevance of mold design cannot be overstated in today’s industrial landscape. With the rise of mass production in the automobile, electronics, and consumer goods sectors, engineers who can design efficient, high-quality molds are in high demand. This video bridges the gap between theoretical engineering and practical industry application, showing you how to handle real-world challenges like part ejection, alignment through pillar-bush systems, and preventing accidents during mold assembly. Mastering these skills not only improves your design capabilities but also significantly enhances your career prospects and salary potential in the manufacturing sector. Whether you are a student or a working professional, developing a strong foundation in mold design is essential for growth. By focusing on professional workflows and industry-standard software commands, you can move from a basic understanding to advanced mold wizard techniques used by top designers. Primary Keywords: Plastic Mold Design, Injection Molding Process, NX CAD Mold Wizard, Mechanical Engineering Careers, Core and Cavity Extraction, Plastic Manufacturing Industry, Engineering Skills India, Mold Design Tutorial Secondary Keywords: Cold Runner vs Hot Runner, Two Plate Mold Design, Three Plate Mold, Shrinkage Allowance for PP ABS, Ejection System Design, Cooling Channel Optimization, Short Molding Defects, Sink Marks Prevention, Guide Pillar and Bush Alignment, Locator Ring Function, Sprue Bush Design, DFM for Plastic Parts, Parting Line Selection, Engineering Job Seekers India, Industrial Automation Training, Mechanical Design Software 00:00 - 01:00 Introduction to Plastic Mold Design 01:00 - 02:40 Cold Runner vs Hot Runner Systems 02:40 - 03:35 Types of Molds: Cavity and Opening Variations 03:35 - 04:50 Understanding Core, Cavity, and Mold Components 04:50 - 06:35 Common Molding Defects and Troubleshooting 06:35 - 08:20 Detailed Breakdown of Two-Plate Mold Assembly 08:20 - 10:15 Three-Plate Mold Mechanism and Comparison 10:15 - 11:50 Advanced Hot Runner Technology and Cooling 11:50 - 13:45 Material Shrinkage and Scale Body Calculations 13:45 - 20:00 Step-by-Step Core and Cavity Extraction in NX 20:00 - 30:00 Parting Line and Surface Design Workflow 30:00 - 50:00 Designing the Mold Base and Standard Parts 50:00 - 1:15:00 Advanced Ejection System and Pillar Design 1:15:00 - 1:45:00 Cooling Channel Integration and Final Assembly 1:45:00 - 2:34:00 Finishing Touches and Safety Considerations