Moldex3D 2025

Moldex3D 2025 introduces a range of advanced features designed to enhance plastic injection molding simulation, focusing on intelligence, automation, and precision. Below is an overview of its key functionalities:

1. Enhanced Simulation Capabilities:
   • Hot Runner Injection Pressure Prediction: Optimized solver for more accurate and stable predictions of injection pressure in hot runner systems, improving process reliability.
   • Thermal Pin Simulation: A new function to simulate molten plastic behavior and temperature distribution during displacement, enabling early process optimization.
   • Crystallinity Output: Simulates deformations caused by post-crystallization during warpage and annealing, helping identify and eliminate defects early.
   • Multi-Component Molding Meshing: Upgraded meshing functions with automatic multi-component model matching, streamlining model creation for complex processes with multiple inserts.
   • Cooling Channel Curve Connection Repair Tool: Automatically detects and repairs issues like disconnections, overlaps, and intersections in cooling channel designs, reducing manual errors and improving preprocessing efficiency.
2. AI and Machine Learning Integration:
   • AI Optimization for DOE Analysis: Leverages deep learning to transform simulation data into actionable insights, offering intelligent recommendations for process parameters, gate locations, and mold design optimization.
   • MoldiBot Q&A Robot: Available on the Moldiverse cloud platform, providing 24/7 technical support for molding-related queries.
   • Generative AI for Cooling Channels: Developed in collaboration with the Industrial Technology Research Institute, this feature generates optimized cooling channel designs to enhance mold development efficiency.
3. Automation and Workflow Improvements:
   • Molding Window Advisor: Helps users quickly identify optimal molding parameters, integrating workflows for smarter manufacturing.
   • New API Support: Offers flexible data retrieval and editing, including physical values, shell property information, injection molding machine specifications, template operations, and GLB output for enhanced interoperability.
   • Compression Molding Simulation: Newly added simulation capabilities for compression molding processes, expanding support for diverse manufacturing needs.
   • User-Defined Result Criteria: Allows customization of simulation outputs to meet specific project requirements.
   • Cooling Channel Loop Wizard: Simplifies the design and setup of cooling channels for faster preprocessing.
   • View Cube & Unit System Mobility: Enhances user interface flexibility for easier navigation and unit adjustments.
4. Pre-Processing Enhancements:
   • CAD Tools and Shell Meshing Improvements: Upgraded tools for modeling and meshing, with real-time warnings for incorrect contact surfaces to ensure accuracy.
   • Material Wizard Interface: Newly added interface for easier material selection and configuration.
   • GD&T Tools: New geometric dimensioning and tolerancing tools for precise design validation.
   • Weld Lines as Surfaces: Outputs weld lines as surfaces for better visualization and analysis.
5. Industry-Specific Features:
   • IC Packaging Simulation: Introduces wire debonding simulation, building on previous wire bonding capabilities, to improve accuracy in semiconductor applications.
   • Broad Industry Support: Expands process support to meet diverse industry needs, ensuring efficient production processes across sectors.
6. Performance and Efficiency:
   • Faster analysis speeds and improved simulation accuracy enable precise defect predictions and confident design decisions.
   • Customizable automated workflows reduce mold tryout and development time, boosting productivity.