The integrated 3D CAD/CAM/CAE system* can be used to easily create a blank trim deployment line. This can significantly reduce drawing process design time.
In addition, direct CAM processing of parts (punch/die) reduces the number of man-hours.
Space-E/Press significantly reduces lead time before completion of a mold in a streamlined production system from design to machining.
Space-E/Press can reduce working losses due to wrong design that was an existing matter of concern.
You can perform an easy operation to create a pre-mold planar shape (blank shape) in a short time from a 3D mold shape consisting of a body or a face.
In addition, the inverse analysis solver "HYSTAMP (one step FEM)" is used to enable easy and fast creation of a deployed shape.
Furthermore, you can consider an optimal press direction and check expected cracks and creases.
The flange edge of a panel molded item (maximum outline) is deployed in a drawing shape.
Because this operation is completely integrated into the CAD operation screen, troublesome data conversion and solid operations are not required.
A deployed boundary (trim line) can be used to consider an excess thickness shape or a trim process.
When the simulation results of spring back obtained by an external program such as CAE are imported into Modeler via an STL file, a 3D model can be automatically deformed.
Spring forward deformation, which is opposite side deformation to the simulation results, is also supported.
You can perform an easy operation to create the hole shape dimension of a plate with multiple and diverse hole shapes.
In addition, you can perform an easy operation to create a projection drawing from a 3D shape. Attributes of parts can be used to create a cross section, balloon, and parts list.
For a 3-axis path created on Space-E/CAM, NC data available for a controller provided by Heidenhain can be output.
For a 3-axis path created on Space-E/CAM, NC data available for a controller provided by Siemens can be output.
Machining process design supports automation and standardization of machining data creation. This design has the mechanism enabling integration of customers' machining know-how such as various palettes and templates. You can perform an easy operation to create NC data.
Even for complex drilling on a plate, a template can be used to immediately create an optimal machining process.