The morphologies of the deposited dots on the 40 rim-thick copper film by the femtosecond laser-induced forwardtransfer that depend on the irradiated laser fluence have been studied, and the variations of orderliness of the diameterof deposited dots on the quartz substrate and forward ablated dot on the donor substrate with increasing pulse fluencehave been obtained experimentally. The experimental results show that a thinner copper film would generate larger-sizedablated dot and deposited dot at the threshold fluence for transfer. By x-ray diffraction measurement, it is demonstratedthat the crystal form of the transferred copper films is unaltered and the size of the crystallites is diminished.