Experimental　study　on　electromagnetic　shape　correction　of　quenched　2A12-T4　aluminum　alloy　with　T-profile　was　carried　out.　The　results　show　that　the　controllable　shape　correction　of　a　given　T-profile　can　be　achieved　by　electromagnetic　shape　correction,　and　the　process　efficiency　is　high.　For　profiles　with　overall　warping　defects,　the　shape　correction　can　be　achieved　by　striking　the　local　area　according　to　the　bending　deformation　law;　for　profiles　with　local　wavy　defects　of　flange,　the　shape　correction　can　be　achieved　by　striking　the　position　of　local　defects　sequentially;　for　the　profiles　with　both　defects,　it　can　be　firstly　corrected　for　local　wavy　defects　of　flange　and　then　corrected　for　overall　warpage　to　meet　the　shape　accuracy　requirements.　Under　the　same　reduction,　compared　with　the　long-time　loading　press　shape　correction,　the　tangential　stress　distribution　gradient　of　T-profile　in　electromagnetic　shape　correction　is　larger,　and　it　results　in　a　greater　plastic　deformation　along　the　length　direction.　The　loading　and　deformation　are　completed　instantaneously　and　the　correction　efficiency　is　high.　©　2020,　Editorial　Board　of　Journal　of　Plasticity　Engineering.　All　right　reserved.