Contact Us
Tel: 0086 755 23248547
Fax: 0086 755 23248547
Skype:simon9969@hotmail.com
Linkman:Simon Gao
Postcode:518106
Web: www. injection-flow.com
E-mail:simon@mpa-tooling.com
Address: Building Yonghui, No. 202, Changchun north Road, Guangming new district, Shenzhen city, China
Cad to Mold flow
Interfacing CAD to Mold flow
MPA and partner companies have a wide CAD interfacing capability and are able to communicate via most popular CAD software packages and interface standards.
A Mold flow simulation is generally based on a triangular finite element mesh. The mesh is created over a CAD representation of the product and forms a geometric mathematical description of the part. A wide range of CAD interfaces enable MPA to import a CAD solid model and create a uniform FEA mesh over the entire surface of the product.
MPA are able to supply other Mold flow users with a high quality accurate mesh ready to run, and usually in a matter of day's. Contact us for more information on outsourcing your meshing requirements.
MPA have extensive experience with all Mold flow mesh types including:
A Mold flow simulation is generally based on a triangular finite element mesh. The mesh is created over a CAD representation of the product and forms a geometric mathematical description of the part. A wide range of CAD interfaces enable MPA to import a CAD solid model and create a uniform FEA mesh over the entire surface of the product.
MPA are able to supply other Mold flow users with a high quality accurate mesh ready to run, and usually in a matter of day's. Contact us for more information on outsourcing your meshing requirements.
MPA have extensive experience with all Mold flow mesh types including:
Fusion Mesh
Fusion- Dual Domain - Ideal for basic filling analysis.
Initial results delivered very quickly. Works well on parts with uniform wall thickness.
Initial results delivered very quickly. Works well on parts with uniform wall thickness.
Mid-Plane Mesh
Midplane- More complex model conversion from CAD than either 3D or Fusion mesh,
but very detailed results and extensive capability. Our favorite for complex filling cooling
& warpage analysis jobs including fiber orientation.
3D Tetrahedral Mesh
3D Mesh- Based on a Tetrahedral mesh for true 3D simulation through the part thickness. Ideal for analysing parts
with a wide variation in thickness. The simulation shows results through the entire part thickness,
predicts jetting and is excellent for Gas Injection simulation.
CAD Interface Capability:
MPA employ Mold flow Design Link ( MDL ) for direct interface from CAD formats including: STEP, IGES, STL and PARASOLIDS. Other programs such as Altair Hypermesh expand our capability for producing complex mesh geometries from almost any CAD format.
Pro/Engineer V18 V19 V.20 2000i ......2000i2, 2001, WF1,WF2(.prt)
Unigraphics V14/V15/V16 File V17/V18/V19/NX1/NX2/ NX3(.prt)
STEP AP203/204 File (.stp)
Parasolid File V10/V9.1 V11\12\13\14\15 (.x_b) (.x_t) Cadkey (.prt, .cdk) Solid edge (.par) Inventor (.ipt)
SolidWorks 98/98/99/2000/1/2/3/4/5/6 File (.prt).
ACIS File (.sat)
SDRC Ideas V6 and V7/8/9/NX10
Catia file V4, V5, V5R16 (*.CATPart, *.model, *.asm, *.CATProduct)
FEA Interface Capability:
Patran, *.pat
Nastran, *.nas and *.bdf
Ansys Prep 7, *.ans
Ideas Univeral File *.unv
C-Mold *.CMF files
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Sales Representative:simon@mpa-tooling.com