Verification of the component accuracy prediction obtained by physical modelling and the elastic simulation of the die/component interaction

There are three demands on a component that must undergo a die-cavity elasticity analysis. The demands to the product are specified as: (i) to be able to measure the loading profile which results in elestic die-cavity deflections; (ii) to be able to compute the elestic deflections using FE; (iii) compensating the elestic deflection must lead to closer product tolerances and thus a higher-value product.