Sheet Metal Forming Simulation

Sheet metal forming simulation for tool designers stampack provides fast easy to use and affordable solutions to virtually try out sheet metal forming processes.

Sheet metal forming simulation.

We manufacture frame channels stair pans trailer components kick plates and many other products servicing the automotive construction ornamental and industrial. The usage of stampack optimizes the part production and reduces the time to market significantly. J stamp is a ls dyna based sheet metal forming simulation software supporting formability analysis iterative trimline development and iterative springback compensation functions. The dimple was drawn and through our simulation we were able to successfully reduce the process to six steps in order to minimize the thinning.

Meshing of tool geometries and all other inputs then solving the actual number crunching by the cpu and finally post processing viewing the result. Stainless mild steel high strength aluminum and numerous other types of processed steel are all used in our metal forming services. Tata motors engineers used metal forming simulation to develop tooling and process parameters for producing a new oil pump design. The forming process simulations were successful in eliminating forming problems splits wrinkles and other negative outcomes before the tooling was designed and manufactured.

Founded in 1989 forming technologies fti is the world s leading provider of software solutions for the design feasibility and costing of sheet metal components. Learn more about us. Furthermore the earliest sheet metal forming simulation software was basically three different software packages linked together and not at all streamlined for ease of use. In metal forming simulation the forming of sheet metal is simulated on the computer with the help of special software.

Founded in 1989 forming technologies fti is the world s leading provider of software solutions for the design feasibility and costing of sheet metal components. Simulation makes it possible to detect errors and problems such as wrinkles or splits in parts on the computer at an early stage in forming. Sheet metal simulation that considers the deformation of not only the blank but also the die can be used to design tools to successfully form these materials. The first prototypes that were produced closed matched the simulation prediction.

Click here to learn more. With cad embedded modules our expertise in the simulation of sheet metal forming processes is combined with the powerful design functionalities of cad.