MOLDEX-3D

FEB-MAR. 2024 Ensuring Accurate Deformation Prediction: Integrating Real Data with Simulation

APR-MAY. 2024 Utilizing MHC Material Cloud Service for Easy Mold Parameter Calculation

JUN-JUL. 2024 Moldex3D Material Wizard: Enhancing Simulation Efficiency and Analysis Quality

AUG-SEP. 2024 The Reliability in IC Industry: Using Thermal Cycling Tests to Predict Thermal Fatigue

OCT-NOV. 2024 Optimizing Electronic Potting and Product Reliability through Simulations

NOV-DEC. 2024 2024 Highlights: Don’t Miss These 3 Attractive Topics!

FEB-MAR. 2023 Find the Optimal Solutions Combining DOE and Molding Simulation

APR-MAY. 2023 Automatic Simulation Workflow for the IC Packaging Industry

JUN-JUL. 2023 Using Cloud Computing to Progress Moldex3D Simulations

AUG-SEP. 2023 Running iMFLUX Process Simulation Analysis Using Moldex3D

OCT-NOV. 2023 The Brand New Moldiverse Cloud Platform Takes the First Step Towards Industry Transformation

NOV-DEC. 2023 Smarter Data Management & Synchronization

JAN. 2022 Optimizing the Conformal Cooling Channel Design of Injection Molded LED Lens for Decreasing Residual Stress

FEB. 2022 Breaking Down Communication Barriers Among Production Lines with New-Generation Data Management

MAR.-APR. 2022 Non-Matching Mesh Simulation Now Supports RTM Process

MAY-JUN, 2022 Automating Multiple CAE Analyses Without Repetitive Product Design Modifications

JUL.-AUG. 2022 Nonlinear Warp Analysis for More Realistic Deformation Prediction

SEP.-OCT. 2022 Automating Molding Simulations with API

NOV.-DEC. 2022 Manage Multiple-Party CAE Analysis Data on One Platform

YEAR-END EDITION Don't Miss Out the 3 Most-Read Stories of 2022!

JAN. 2021 Successful Validation on the Accuracy of Fiber Orientation Prediction Using New IISO Models in Moldex3D

FEB. 2021 Comprehensive MCM Simulation Considering the Previous Shot’s Effects

MAR. 2021 Unignorable Simulation of Barrels and Nozzles

APR. 2021 Long-running Problem of Ear-flow Simulation Solved by Groundbreaking Viscosity Model

MAY 2021 Combination of PU FOAMAT System with CAE Simulation for Accurate PU Foaming Prediction

JUN. 2021 Don’t Be Bothered by Transferring Between Different Operation Systems

JUL. 2021 A Good Task Management System Boosts Plastics Mold Development Efficiency

AUG. 2021 A Big Step for Foaming Simulation: Bubble Shrinkage No Longer Unpredictable

SEP. 2021 Brand New Simulation Approach to Troubleshoot Various IC Encapsulation Processes

OCT. 2021 Why A Dedicated System for Plastics Mold Development Is Indispensable

NOV. 2021 Determining the Optimal Product Geometric Design in the Shortest Time

DEC. 2021 We've collected some popular stories that you must be interested in.

JAN. 2020 Barrel Compression on Application of Injection Molding Filling Analysis

FEB. 2020 Let’s Simplify the RTM Setting Workflow in Simulation

MAR. 2020 Latest Version! Moldex3D 2020 Beyond Simulation

APR. 2020 A New Flow-Fiber Coupling Model to Simulate the Anisotropic Flow for Fiber-Reinforced Thermoplastics

MAY 2019 Comprehensive Dispensing & Melt Creeping Simulation for IC Capillary Underfill Process

JUN. 2020 Novel Two-step CAE Method for Sheet Materials in Compression Molding

JUL. 2020 Moldex3D Studio Provides More Convenient Flatness Measurement

AUG. 2020 Many of Moldex3D Customers Develop Face Protection Products against COVID-19

SEP. 2020 No Worries about Complicated Geometries Using New Moldex3D Pre-processing Tools

OCT. 2020 Realizing Worriless Production through the Integration of Intelligent Simulation and IoT Technology

NOV. 2020 Realizing Cyber-Physical Integration through the Big Data Management Platform

DEC. 2020 Hey, Let's Read the Most Popular Stories in 2020!

JAN. 2019 Predicting Warpage Behaviors of Different Draping Directions for RTM Products

FEB. 2019 Mold Filling Simulation and Smart Manufacturing under Industry 4.0 (2): Smart Injection Machines & Their Adjustment Principles

MAR. 2019 Comprehensive Understanding of Compression Molding for Optimized Parameters

APR. 2019 [Moldex3D R17 Is Released!] Smarter and More Realistic Molding Simulations

MAY 2019 Optimize Early in the Polyurethane Foam Molding Process

JUN. 2019 Things You Should Know Before Selecting a Mold Temperature Controller

JUL. 2019 First-ever Experimental Verification of WAIM Push-back Process Simulation

AUG. 2019 Latest Advances in Flat Fiber Filled Injection Molding Simulation

SEP. 2019 Moldex3D Considers Real-World Machine Response to Bring Simulation One Step Closer to Reality

OCT. 2019 Use 3D CFD Analysis to Achieve the Right Conformal Cooling Design

NOV. 2019 Must-know Facts of Moldex3D Studio, a Unified Simulation Platform with High Efficiency

DEC. 2019 Most Popular Molding Innovation Stories of 2019?

JAN. 2018 Moldex3D Cloud Extension Helps Address Large Scale Simulation Needs

FEB. 2018 New Numerical Investigation of the Reinforcement Efficiency of Long Carbon Fiber Composites

MAR. 2018 Moldex3D R16: Next Generation Plastics Simulation Solution 

APR. 2018 Comprehensive Foaming Simulation Considering Specific Parameters

MAY 2018 Predicting Gas Fingering Behaviors Using 3D GAIM Simulation Tool

JUN. 2018 Conformal Cooling vs Standard Cooling

JUL. 2018 Non-matching Mesh Technology Now Supports Complete Mold Analysis

AUG. 2018 Streamline Your RTM Simulation Workflow with Moldex3D R16

SEP. 2018 How to Speed up the Gating Iteration by 95%

OCT. 2018 Mold Filling Simulation and Smart Manufacturing under Industry 4.0 (1): CAE Technology Development and Process Evolution

NOV. 2018 The Key for Good Quality Molded Part: Evaluating Proper Hot Runner System

DEC. 2018 [Molding Innovation] The 3 Most-Read Articles of 2018

JAN. 2017 New Simulation Capabilities for Polyurethane Foaming

FEB. 2017 Moldex3D Links 3D Injection Molding Simulation with LS-DYNA Draping Analysis to Offer a More Comprehensive Analysis for Multi-component Molding Simulation

MAR. 2017 Get Your Next Simulation Project Done Faster, More Efficiently with Moldex3D R15.0

APR. 2017 Utilizing CAE Tools to Overcome the Challenges of Multi-cavity Co-injection Molding

MAY. 2017 Moldex3D Extends Non-matching Mesh Technology to Connect Part & Part Insert /Mold Base

JUN. 2017 The Latest Global Trends of Mold Filling CAE Technology Developments

JUL. 2017 Reduce R&D Cycle Time through Advanced In-mold Decoration Simulation Technology

AUG. 2017 Principles of Computer-aided Engineering of Thermoplastic Injection Molding: Process Settings

SEP. 2017 Realizing Complicated Runner Design Ideas through New Generation Mesh

OCT. 2017 Fully Coupled Analysis Brings Optimal Accuracy

NOV. 2017 Integration of CAE Software Enables Visualization of Compression Molding

DEC. 2017 Molding Innovation Year-End Edition

JAN. 2016 【Release Highlights for Moldex3D R14.0】Simulation Made Faster, Easier and More Reliable

FEB. 2016 Visualizing Warpage Behavior during Post-mold Cure Stage in IC Packaging Using Advanced CAE Technology

MAR. 2016 The Enhanced Moldex3D’s Simulation Capability Provides Accurate Sink Mark Predictions for Complex Geometries

APR. 2016 Moldex3D Links 3D Mold Filling Simulation and 2.5D Structural Analysis to Build High Precision Thin-shell Parts

MAY. 2016 Non-matching Mesh Technology: A Breakthrough for Easier and More Efficient Simulation for Multi-component Molding

JUN. 2016 Achieve Plastic Part Dimension Accuracy through 3D Volume Shrinkage Compensation Method

JUL. 2016 New Theoretical Model Makes Simulation Analysis on the Orientation of Fiber Reinforced Plastics More Reliable

AUG. 2016 Control Rheological Properties through Advanced Non-Isothermal Resin Transfer Molding Simulation

SEP. 2016 Investigating the Gas Core-Out Ratio of Gas-Assisted Injection Molding through Advanced CAE Technology

OCT. 2016 Utilizing Hot Runner Steady Analysis to Obtain Multi-Cavity Simulation Analysis in the Shortest Possible Time

NOV. 2016 Moldex3D’s Exclusive Patented Technology for Material Pressure Dependency Viscosity Measurement Helps Obtain a More Accurate Warp Prediction

DEC. 2016 Special Year-end Edition: Most-read Articles of 2016

Jan. 2015 Moldex3D CADdoctor Offers Quick Fixes on Geometry to Ensure Mesh Quality for Accurate Simulation

Feb. 2015 Use Boundary Layer Mesh (BLM) for Complex Geometries to Ensure Accuracy of Mold-Filling Analyses

Mar. 2015 Optimizing Cooling Efficiency with Moldex3D Cooling Channel Designer

Apr. 2015 Using Moldex3D Smart Interactive Interface, Gate Attributes, for Gate Optimization to Gain Quality Results

May. 2015 Moldex3D Successfully Integrates Real Machine Interface to Facilitate Effective Communication between Simulation & Manufacturing

Jun. 2015 Simplify Runner System Analysis – Moldex3D Enhanced Solution Provides a Quicker and Reliable Simulation

Jul. 2015 Expedite MuCell® Simulation Process with Simple Weight Reduction Ratio Set-up

Aug. 2015 Moldex3D’s Hot Runner Steady Analysis Helps Design Your Most Optimal Hot Runner System Faster and Better

Sep. 2015 Visualize Resin Transfer Molding Behavior Using Advanced 3D CAE Technology

Oct. 2015 Use Moldex3D's New Pin Movement Analysis Technology to Yield Greater Process Gains

Nov. 2015 Pioneering Simulation Technology for Fiber Concentration Prediction Helps Achieve Your Lightweight Design Concept

Dec. 2015 Year-end Edition: Your Favorite 3 Topics from Molding Innovation

Jan. 2014 CAE Simulation Technology Drives Opportunities for Sustainable Automotive Manufacturing

Feb. 2014 Optimization Technology for Plastic Injection Molding through Design of Experiment Method

Mar. 2014 Prevent Visual Defects through Simulating Flow with Moldex3D

Apr. 2014 Streamlining Production Costs Simply Starts From Product Design

May. 2014 Moldex3D to Dramatically Improve Yield Rates for Lite-On Technology’s Bearing Bush Part

Jun. 2014 Utilizing Moldex3D DOE Analyses to Determine the Most Optimized Processing Parameters and Improve Product Quality

Jul. 2014 Exciting Enhancements in Moldex3D R13.0 Virtual Molding Solutions!

Aug. 2014 Moldex3D IC Packaging Integration for Cadence

Sep. 2014 Moldex3D Designer BLM Generates High-quality Meshes for Complex Geometry Models with Ease

Oct. 2014 Moldex3D R13 Now Includes Mold Deformation Analysis and Provides a Valuable Reference for Mold Design

Nov. 2014 Moldex3D Micromechanics Interface Transfers Valuable Data to FEA and Makes Accurate Structural Analysis Possible

Dec. 2014 Don't Miss Out: Most Popular Molding Innovation Stories of 2014

Jan. 2013 5 New Must-know Facts about Moldex3D R12 - Part I

Feb. 2013 5 New Must-know Facts about Moldex3D R12 - Part II

Mar. 2013 From Plastics to Metals, Injection Molding Business Continues to Expand

Apr. 2013 Take Mesh Quality to the Next Level through Designer BLM

May. 2013 From Plastic Injection Molding to Investment Casting

Jun. 2013 Advanced Core Shift Simulation Analysis Technology for Multi-Component Molding

Jul. 2013 Resolving Flow Imbalance in Medical Product Molding

Aug. 2013 Adding Value to Plastic Products through Annealing

Sep. 2013 Adding Value to Plastic Products through Annealing

Oct. 2013 Adding Value to PLM with Integration of Molding Simulation and Structural Analysis

Nov. 2013 CoreTech System Receives US Patent for Three-parameter Fiber Orientation Model

Dec. 2013 Best of 2013: The End-of-Year Edition│ Molding Innovation

Jan. 2012 Moldex3D Launches New Long Fiber Orientation Prediction in R11

Feb. 2012 A Cool Solution- Moldex3D R11.0 Debuts Conformal Cooling Design Validation and 3D Cooling Analysis

Mar. 2012 Push Molding Going Green, Moldex3D Introduced Advanced Hot Runner Module

Apr. 2012 Moldex3D Launches Novel Simulation of MuCell® Process Technology in R11

May. 2012 Moldex3D Broadens Co-injection Molding Simulation Capabilities in R11

Jun. 2012 Water-Assisted Injection Module and Machine Interface in Moldex3D R11

Jul. 2012 Introducing Moldex3D R11.0 Reactive Injection Molding

Aug. 2012 Moldex3D Remote Computing Gives CAE Engineers an Edge in Productivity

Sep. 2012 Challenging Traditional Molding Methods, Moldex3D Brings out the Best of Injection-Compression Molding

Oct. 2012 Heat and Cool Process Enhances Product Competitive Advantage

Nov. 2012 Investigating 3D IC Underfill Process through Moldex3D Encapsulation

Dec. 2012 High Accuracy Simulation Technology for Ultra-Precision Injection Molding