Tags :2G

The PAM-DIEMAKER module helps the user to quickly‘Right first time’ tooling can only be achieved by replacingbuild a parametric tool geometry using the component asphysical try-out with virtual try-out, and by replacing it witha reference. Blankholder and die addendum surfaces arethe most accurate virtual try-out possible. This meansintuitively generated. The parametric die design allows anbeing able to spot all the usual formabilityinteractive process between die design and simulation.issues of course, like splits, wrinkles and slip-lines.PAM-AUTOSTAMP takes into account all ofCreation of anthe usual try-out techniques:inner binderdrawbeads, spacers, lubrication,surfacegas-springs, and variablecushion forces, can all be easilySpringback Simulationincluded in the virtual try-out, justCourtesy of Renaultas the try-out engineer would in reality,Courtesy of Jaguar carsto tune and optimize the process.Quick Feasibility AssessmentAdvanced Solver...

PAM-TUBE 2G is a new product in the stamping simulationsolution line, tailored made for tube bending and hydroformingprocesses. PAM-TUBE 2G easy-to-use user environment ensurestime-saving process setup and tool design and helps the userhandle the complexity of hydroforming processes.Tube bendingIn response to market demand to form complex parts with small bend ratios,PAM-TUBE 2G offers accurate tube bending simulation with realistic toolmodelling and behaviour for better forming results to avoid downstream problems.Tube hydroformingHydroforming is an advanced forming technique that gives the possibility offorming complex parts and improving surface quality. Liquid Bulge Forming andHigh Pressure Techniques can be modelled separately or combined withinPAM-TUBE 2G, covering the whole range of tube forming processes.A single software package covers the full chain from import of the...