Sheet metal forming simulation for tool designers. Stampack provides fast, easy-to-use and affordable solutions to virtually try out sheet metal forming processes.The usage of Stampack optimizes the part production and reduces the time to market significantly. Stampack contains leading-edge technology and continues to prove its accuracy taking special care on forming processes like: Deep Drawing, Thick Sheet Forming, Stamping, Ironing, Progressive Die Forming, Hydro Forming, Stretch Forming, etc
Progressive Die
Stampack for progressive die stamping validation lets users check and generate feasible stations in the complete tool. Stampack optimizes the complex die validation process before tool construction. The complete simulation of the process combined with the results evaluation will help tool designers to take the right decisions, dramatically reducing the potential for error and greatly improve manufacturing productivity.
Stretch Forming
Stretch forming is a very attractive process since it is capable of accurately forming a wide variety of complex curved sheet metal parts and profiles. This is an essential process for body panels in the automotive industry as well as aircraft skin and wing panels or leading edges in the aerospace industry. Stampack users can easily define the simple or tangential stretch-forming process and adjust the trajectories of the jaws and forming tools accordingly.
Hydro Forming
Hydroforming simulation to predict a metal forming technology based on the application of pressurized liquid media to generate defined workpiece shapes from tubular materials or sheet metals.
Spring Back Prediction
Accurate simulation software for the engineering departments to design the tooling and pressing of various internal components suffering from large springback deviations
Deep Drawing
Stampack helps you to design formed parts so they can be done in the most costefficient way using the most economical process and material. Stampack also can help you to develop a part shape that can be formed easily and that will fit and function properly. Major areas of concern can be identified easily with Stampack, such as excessive thinning, fractures, or wrinkling.
Ironing
Stampack provides appropriate element technology for an accurate ironing process definition where full 3D elements should be used. Ironing is a very useful metal forming process when employed in combination with deep drawing to produce a uniform wall thickness part with greater height-to-diameter ratio. For axis-symmetric or plain strain components, the most effective solution is obtained using 2D elements.