- #Autodesk cad manager tools simulation moldflow how to#
- #Autodesk cad manager tools simulation moldflow software#
Optimum for electric connectors, thick-wall components or geometry with different wall thickness. You can import and export data of axes of runners and cooling channels to and from CAD sw to shorten design time and to eliminate errors emerging from designing of runners and cooling channels.ģD simulation on complex geometry using tetrahedral mesh of final elements. You can scan imported geometry and correct errors emerging from the part transfer from CAD sw automatically. You can import and mesh geometry as solid created in Parasolid®, Autodesk® Inventor®, CATIA® V5, Pro/ENGINEER® and SolidWorks® CAD systems as well as in universal formats IGES and STEP. Mesh type choice based on required accuracy and time length of simulation. Help at solving thin wall parts as well as thick volume parts. Tools for an original CAD model conversion and optimization. Structural analysis clarifies effect of processing on properties of injected plastic parts filled with fibres under working load.Ĭonnection with CAD systems and networking
#Autodesk cad manager tools simulation moldflow software#
CAE data Exchange is done with structural simulation software Autodesk® Inventor Nastran, ANSYS® and Abaqus®. We can evaluate and optimize plastic part design also using data Exchange with structural simulation software. Video Autodesk – Part tolerance shrinkage and warpage.Įnables to check orientation and distribution of fibres in plastics and therefore to reduce part shrinkage and warpage. By simulation we identify where warpage can occur and we adjust part and mold design, material choice and process parameters to minimize part warpage. Predicts warpage following from stress during injection process. Helps to meet size tolerance limits of the part by shrinkage data from process parameters and specific material data. Helps to balance a runner system for a simple, multi-cavity as well as family mold so that all parts/cavities are filled simultaneously (only 1 gate/1 cavity), stress values and material consumption are reduced at the same time.Įvaluates part and mold design from shrinkage and warpage point of view. You can minimize injection pressure and eliminate defined areas from gate location.Īfter setting layout, size and type of components like a nozzle, channel or gate you can create a runner system. Simulation identifies up to 10 gate locations at the same time. Simulation enables to design and optimize hot and cold runner system and to set gate locations as well as to improve part surface, minimize part deflection and reduce injection cycle time. Simulation enables to optimize packing and visualize range and layout of volumetric shrinkage which helps to minimize part warpage and deflection and part defects like sink marks. Simulation reveals defects like weld lines, air traps and sink marks and enables to change the part design to minimize them.Ĭavity filling simulation enables to predict melt behaviour and uniform cavity filling, to avoid short shots and eliminate, minimize or shift weld lines and air traps.
Melt flow simulation helps optimize a part as well as a mold, reduce defects and improve process parameters. Video Autodesk – Adviser for the designer.
#Autodesk cad manager tools simulation moldflow how to#
It shows results with comments and recommendations on how to solve problem and facilitate manufacturability. It enables a quick view of cavity filling and basic aspects of part manufacturability.
Simulation Moldflow® Insight to learn how this software can help meet your organization’s needs.Helps you to reveal, communicate and solve part defects in the first stage of product development.ĭesign of plastic parts and injection moldsĪdviser is an intuitive tool of simulation. Compare the features of Simulation Moldflow® Adviser vs.