Moldex3D-Mesh is the high-performance finite element pre-processor software for comprehensive finite element solvers, especially for injection molding simulation. Advanced functionality within Moldex3D-Mesh allows users to efficiently mesh the model, and the friendly user-interface makes it easy to learn. It supports many CAD geometry and CAE finite element model files and bridges the gap between CAD and CAE. The geometry reconstruction, and shell & solid mesh generation are all available functions. The provided surface meshing method, pure tetra meshing method, boundary layer meshing method, hybrid meshing method and voxel meshing method minimizes meshing time. Besides, it supplies toolkits to assign the object attribute for injection molding simulation users.

Benefits

	Reduces time and cost associated with numerical analysis through the direct use of CAD geometry in the simplest computer environment.
	The development of Moldex3D-Mesh focused on the needs of the user and based on the simplicity and effectiveness fundamental.
	Functionalities for thickness detection, auto tetra meshing, boundary layer meshing, hybrid meshing and voxel meshing are offered.
	Moldex3D-Mesh adds value by directly integrated with Moldex3D products. The seamless integration offers complete attribute settings for injection molding simulation.

Features

	Geometry interface: IGES, STEP, ACIS, PARASOLID, AutoCAD, STL and others
	CAE interface: ANSYS PREP7, FEMAP neutral, Flow2000 MTC, HyperMesh universal, I-DEAS universal, InPack FEB, Moldex3D MSH/MFE, Nastran DAT/BDF, Pro/Engineer FEM
	Versatile mesh density control.
	Structured and Unstructured shell mesh generation
	Reconstruction of existing unstructured shell or solid mesh
	Automatic tetrahedral generation
	Alternative tetrahedral meshing algorithms
	Support automatic pyramid elements creation
	Automatic boundary layer mesh generation
	Semiautomatic hexahedral & prism elements generation
	Support hybrid meshing method
	Support voxel meshing method
	Solid mesh generation from lines
	Shell/Solid element topology checking
	Graphic element quality check
	Automatic shell/solid elements quality improvement
	Automatic thickness definition for shell mesh
	Attribute setting for injection molding simulation