10:00 AM CET / 2:30 PM IST | Wednesday, November 12, 2025 | Check Your Time

Registration Deadline: ONE DAY BEFORE THE WEBINAR.

In injection molding, the screw is the core component that determines melt quality, mixing uniformity, and process stability. Traditional approaches to screw design and parameter tuning often rely on empirical methods, which are time-consuming and fail to accurately predict material behavior. This frequently leads to product defects, material degradation, or poor production efficiency.

This webinar will provide an in-depth exploration of Moldex3D ScrewPlus, an advanced simulation solution designed to fundamentally address these challenges. We will share how to precisely analyze the material’s melting, mixing, and conveying processes within the screw, visualize critical data hidden in the process, and demonstrate through real-world case studies how ScrewPlus can help you shorten new product development cycles, reduce trial-and-error costs, and significantly improve final product yield and stability.

Whether you are developing new products, optimizing existing processes, or seeking a deeper understanding of plastic material behavior inside the screw, this webinar will provide you with valuable knowledge and solutions.

What You Will Learn

• Learn how Moldex3D ScrewPlus calculates temperature, pressure, shear rate, and melt distribution within the screw.
• How to leverage simulation to optimize melt temperature uniformity and mixing effectiveness, thereby solving common defects such as gel and material degradation.
• Explore the impact of different screw geometries (e.g. compression ratio, L/D ratio, mixing elements) on plasticizing performance for specific materials to find the optimal design configuration.
• Sharing industry case studies on how screw simulation is applied to successfully resolve complex manufacturing challenges.