The principle and specifi c procedures of laminated template electrodeposition (LTE) are introduced. The L TE system is used to conduct electrodeposition prototyping experiment. The pheno mena that the electric field nonuniform distribution exists and leads to non un iform sediment growth， are analyzed. The experiment condition is aslo predicted by the simulation system. According to processing strategies， the main influenc ing factors， i.e.， current configuration and time are optimized. The lay er to l ayer bond strength is tested by the tensile test. Finally， the special profiled copper parts are produced in the experiment. The fea sibility of the method for prototyping complex structure parts is verified.