Moldex3D

Wondering if slicing tools only give you rough results?

Use "Thinkness Distribution Curve" in Moldex3D to gain deeper, accurate insights into the physical properties of your injection-molded part.

Four key benefits you can't miss:
▸Use XY plot to display distribution through thickness—no need to record all nodes information.
▸Offer a wide variety of distribution results, including temperature, pressure, shear rate, fiber orientation, etc.
▸No need to do CT scans to measure fiber orientation distribution through thickness.
▸Eaily export the XY plot data as a CSV file.

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⨠ https://reurl.cc/0mrAWb

Maximize Your Simulation Efficiency with Moldex3D 2026!

What's New in Moldex3D 2026 on-demand webinar is now available on Moldex3D University.

Driven by Automation, Optimization and Intelligence, Moldex3D 2026 leverages intelligent methods to deliver faster, more accurate, and smarter molding simulations.

Watch our free recording to learn major enhancements made to solver and usability.

Access the full webinar ⨠ https://reurl.cc/Z2k7N6

In injection molding, tracking values is one of the keys to process optimization.

Moldex3D's "History Curve" feature allows users to track values in a comprehensive way.
▸Dynamic Value Tracking: Monitor how values at specific locations (such as runner or cavity) evolve over time—for instance, tracking pressure changes during packing.
▸Flexible Probe Placement: Deploy probes anywhere on the model and customize their names for effortless identification and management within the Model Tree.
▸Highly Customizable Charts: Tailor titles, axis ranges, font sizes, and curve colors to generate charts that perfectly meet your needs.
▸Intuitive Visual Presentation: Support overlay displays of the model and history curves, allowing you to cross-reference data with spatial locations simultaneously.
▸Effortless Data Export: Capable of exporting CSV file, seamlessly integrating simulation results into spreadsheets.

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⨠ https://reurl.cc/9WYKnX

In injection molding simulation, single-point data often fails to capture the broader physical trends of the process.

Utilize the distribution curve in Moldex3D to achieve:
▸ Precision Pressure Monitoring: Evaluate the cold runner design and pressure drop through the pressure curve.
▸ Warpage Visualization: Identify the location of the displacement through the total displacement curve.
▸ Dynamic Assessment of Compensation Values: Utilize the deformation tool to observe the curve change after compensating.
▸ Enhanced Decision-Making Efficiency: Convert complex data into X-Y plots to facilitate quick comparisons.

Log in to Moldiverse & watch the full video
⨠ https://reurl.cc/7EL46y