Moldflow® Design software uses real-time feedback to help you test, modify and verify concepts early in the plastic part design process. Work within various CAD-integrated platforms, and take advantage of flexible processes to customise design rules and communicate results.
Work within Inventor 3D CAD software, SolidWorks, PTC Creo and other supported CAD systems, and get near real-time feedback on your designs—while you're creating them. Save time and reduce guesswork by considering ideal manufacturing conditions at every step in the design process. Check design concepts inside any part design.
Analyse the manufacture-ability, cost and sustainability of your plastic products while you design. Consider the impact of your choices early in the process, whether you work in Inventor 3D CAD software, SolidWorks, PTC Creo, or other supported CAD systems. Get near-instant feedback on common design issues such as draft angles and sink marks. Explore "what if" scenarios like moving gate locations, material choice impact and geometry change implications.
How environmentally-friendly is your choice of material? The plastic material impact indicator can tell you. Selecting a different material automatically updates the rating indicator and categorises the material into generic gradients. The indicator uses this data to measure plastic material impact and to evaluate carbon footprint, embodied energy, recycle-ability and embodied water. This helps you to select materials that meet your design and environmental criteria.
Use the cost efficiency indicator to help you to calculate the overall cost of your design based on factors such as mould, material and production costs. Minimise the cost of your injection moulded part early in your design process to save time, money, re-work and redesign.
Rely on the 3 main manufacturing indicators—manufacture-ability, cost efficiency and plastic material impact—to help analyse your plastic simulation results early in your design. Analyse factors such as wall thickness, undercuts and draft angles using your configured rule settings to make adjustments as needed, or consider redesign.
Use the manufacturing indicator to examine weld lines, sink marks and filling elements to evaluate the quality of your plastic parts and meet specific aesthetic and structural requirements. Preview finished parts to help determine whether you have met aesthetic standards.
Weld lines: Identify regions that may be structurally weak or visually flawed. Use real-time fill analysis and tools to adjust or add injection locations.
Sink marks: Locate and plot the location of sink marks, reduce the occurrence of sink marks and, if needed, relocate your injection locations.
Filling: Review injection pressure based on injection locations and materials and identify those areas that may not fill properly.
Verify and meet your most important design requirements, and get immediate feedback based on the design criteria you choose. Indicator tools supply quick preliminary feedback on feasibility, cost and material choice implications. Whether your primary focus is the impact of weld lines, sink marks, undercuts, mould costs, product costs, or recycle-ability, you can configure design rules to support your design requirements.