Stampack Xpress 2023.0 full cracked license

$ 170.00

Stampack Xpress allows designers and method planners to simulate forming processes for prototype, progressive and transfer tools.

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Description

Update Stampack Xpress 2023.0

• Pad: Block
• Pad: Spaced
• Distance to Target in Cutting/Positioning
• New Best-fit options
• Heat Treatment option
• Improved visuals of Fixings & Clamps

• New materials
• International standards
• Improved material search
• Approximation of Vegter/BBC data from 3 tensile test

• Postprocess: Cross section by 3 points
• Postprocess: Save/Load view
• Postprocess: Hide labels
• Postprocess: Naming of media files
• Customizable Hotkeys
• Tool transparency can be changed

• 8 new video tutorials
• New homepage videos

• Bugfixes
• Improved Best Fit
• Faster preview – move/ rotate function
• Postprocess – faster loading of results
• “Fast Solid” technology – deep validation
• Duplicate operation

Stampack Xpress is the practical forming simulation for every tool designer. This means:

  • Straightforward and clear user guidance
  • The user of Stampack Xpress does not need any previous knowledge about finite elements methods and material science.
  • Stampack Xpress is affordable for every design department and engineering office.

Stampack Xpress allows designers and method planners to simulate forming processes for prototype, progressive die and transfer die tools.

The following processes are covered:

Stampack Xpress is the ONLY sheet metal forming simulation that,
  • has shell and solid simulation in one software environment.
  • can be used by experienced simulators as well as by simulation beginners.
  • has a direct interface to the CAD/CAM solution VISI.
  • requires no additional license fees for the use of all processor cores.
  • offers a perpetual licence which means that the user is allowed to buy the software

The combination of shell and solid simulation in Stampack Xpress allows versatile applications. The component spectrum ranges from aluminium foils with a thickness of 0.01mm to formed parts with a sheet thickness of 6mm. Typical products simulated with Stampack Xpress are:

  •  Automotive body in white parts
  • Trim panels, covers and trim strips in vehicle interiors
  • Connecting components and support plates
  • Electrical connectors and cable guides
  • Metal containers, cans, lids and caps
  • Boxes for electrical, household and hydraulic appliances
  • Household utensils such as baking trays, cake tins and kitchen sinks
  • Heat shields and aluminium foils

Stampack Xpress Solid

Stampack Xpress uses solid simulation to reproduce the forming process with maximum accuracy. Forming processes with thick sheets, small radii or reduction of material thickness can only be validated reliably with solid simulation, as considerable stresses and strains occur in the thickness direction.

In the 3D solid simulation, the simulation of the die contact corresponds to the physical contact on the press. So the solid simulation accurately depicts markings and slight damage to the surface, the so-called orange peel skin. Especially with visible parts, it is essential that these defects are detected at an early stage.

Stampack Xpress Shell

With the Shell module, Stampack Xpress offers the possibility to accurately reproduce forming processes with thin-walled sheets and large drawing radii. Due  to the short calculation time, shell simulation is an industry standard in forming simulation and is widely used especially in the automotive industry. Even with thicker sheets, shell simulation is suitable for calculations and for a useful first impression.

Stampack Xpress Springback + Compensation

With the Springback module Stampack Xpress offers the possibility to simulate the springback of the workpiece after forming and to compensate the tool surfaces accordingly. Especially for complex, non-linear bendings, the springback calculation benefits from the high quality incremental forming simulation in Stampack Xpress and delivers much better results than a springback analysis based on the table book or on a standard Quick-And-Dirty simulation in an inverse one-step solver. Stampack Xpress calculates springback after both, shell and solid simulation. However, the high resolution of the forming process in the solid simulation leads to an even more accurate result. The included springback compensation measures the deviations against the desired nominal part and compensates the tool surfaces in the reverse direction based on an intelligent optimization algorithm.

Left: Springback of the part Right: Compensation of the part

 

One of the highlights of Stampacks compensation algorithm is the automated detection and removal of undercuts. This is especially required to compensate the springback in parts that have vertical walls.

Left: Compensated Blank without undercut removal Right: With undercut removal

Typically, springback compensation is an iterative procedure. All the iterations are simulated in Stampack Xpress and the algorithm shows an excellent convergence behaviour.

Stampack Xpress Trim Optimizer

Trim Optimizer is an automatic trimming line optimization module. It is an essential tool for the determination of optimum blank shapes and trimming lines. The trim line is rapidly determined to ensure that the desired shape and dimensions of the part boundary are obtained at the end of those operations which follow the trimming operation.

TROP automatically adjusts the trim line to remove or add sheet metal until the desired part boundary is achieved. Optimum trim line-blank shape is necessary for the sheet metal forming process. The trim optimization not only prevents the wastage of material or reduces product development period but also improves product quality and reduces occurrence of defects like wrinkling and tearing.

Especially for multi-stage processes, the Trim Optimizer delivers significantly better results than the standard methods based on inverse one-step simulation.

Stampack Xpress Import2Mesh

Import2Mesh imports CAD-Data, repairs it automatically and generates for the simulation optimized meshes.

Import2Mesh supports:

  •  Step with extension .stp/.step
  • NX with extension .prt
  • CATIA with extension .CATPart/.CATProduct
  • Parasolid with extension .x_t
  • Creo with extension .prt

Stampack Xpress Viewer

With the help of the FREE OF CHARGE  Stampack Xpress Viewer, simulation results can be made available to all departments in a company for opening and analysis.

All evaluation options of the simulation are available:

  •  Feasibility representation at a glance
  • Graphical representation of sheet thickness and thinning
  • View the degree of failure in every point of the sheet metal
  • Analysis of the springback after the forming
  • Sections through simulated part and the tools
  • Evaluate blank outline optimization by Trim Optimizer
  • Export simulation meshes as STL

Stampack Advanced

In addition to pure deep drawing processes, Stampack provides solutions for stretch forming, embossing, stretch forming, thick sheet forming and hydroforming of multi-chamber profiles. Stampack is therefore particularly suitable for users who are looking for a complete solution for all forming processes in their company. Stampack is used in the demanding markets of the automotive, aircraft, packaging and household appliance industries.

With the help of Stampack, the creation of physical prototypes can be dispensed with in sheet metal forming processes. This saves considerable time and money on the way to bringing the product to market.

Mechanical forming applications:

  • General mechanical
  • forming processes and product protection
  • Process simulation of stretch forming applications
  • Process verification of folding applications
  • Forming of thick sheets

Stampack Xpress is the practical forming simulation for every tool designer. This means:

  • Straightforward and clear user guidance
  • The user of Stampack Xpress does not need any previous knowledge about finite elements methods and material science.
    • Trim panels, covers and trim strips in vehicle interiors
    • Connecting components and support plates
    • Electrical connectors and cable guides
    • Metal containers, cans, lids and caps
    • Boxes for electrical, household and hydraulic appliances
    • Household utensils such as baking trays, cake tins and kitchen sinks
    • Heat shields and aluminium foils
      • has shell and solid simulation in one software environment.
      • can be used by experienced simulators as well as by simulation beginners.
      • has a direct interface to the CAD/CAM solution VISI.
      • requires no additional license fees for the use of all processor cores.
      • offers a perpetual licence which means that the user is allowed to buy the softwareStampack Xpress is affordable for every design department and engineering office.
        Stampack Xpress is the ONLY sheet metal forming simulation that,

      The combination of shell and solid simulation in Stampack Xpress allows versatile applications. The component spectrum ranges from aluminium foils with a thickness of 0.01mm to formed parts with a sheet thickness of 6mm. Typical products simulated with Stampack Xpress are:

      •  Automotive body in white parts

Stampack Xpress allows designers and method planners to simulate forming processes for prototype, progressive die and transfer die tools.

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