- Date：Oct 31, 2025
- Location： Online
- Time： 11:30 AM IST
| Date | Time | |
| October 31, 2025 | 11:30 AM IST | Register |
Discover how Moldex3D empowers mold makers to achieve flawless part filling and balanced flow through intelligent gate and feed system validation. In this session, we’ll explore how digital simulation helps determine the ideal gate location, number, size, and type, while optimizing runner balance and feed system design—all before cutting steel.
Learn how Moldex3D’s powerful analysis tools—Gate Location Advisor, Runner Size Advisor, and Feed System Analysis—enable you to predict flow behavior, minimize pressure loss, and eliminate defects such as short shots, weld lines, and overpacking. This session will showcase how virtual validation can save costly tool rework, accelerate mold development, and ensure first-shot success. Unlock the science behind data-driven mold design validation and take your mold-making process from guesswork to precision engineering with Moldex3D.
What You Will Learn:
- How to determine optimal gate locations, number, and type using Gate Location Advisor.
- How to select the right gate size and geometry based on part thickness and flow behavior.
- Understanding Gate Freeze Study and its role in preventing sink marks and incomplete packing.
- How to design and validate feed systems and runner balance for multi-cavity molds.
- Comparative analysis of hot runner vs cold runner systems with pressure drop evaluation.
- How to use Runner Size Advisor and Symmetry Function to reduce simulation time.
- How virtual validation prevents mold corrections and reduces trial iterations.
- Real-world case examples: From unbalanced filling to optimized flow using Moldex3D
By the end of this session, you will know how to digitally validate gate and feed systems before cutting steel. Experience how Moldex3D helps you predict and eliminate flow issues early in the design stage. Accelerate your journey toward precision, quality, and first-shot success
Contact
For sales & technical inquiries, please write to Khaled EL Bchiri at khaled.bchiri@moldex3d.com