Metallic　nanoparticles　with　controllable　plasmonic　properties　were　fabricated　by　a　laser-induced　transfer　technique.　By　controlling　the　laser　fluence　and　the　number　of　laser　pulses,　nanostructures　with　complementary　plasmonic　properties　were　produced.　The　plasmonic　properties　of　the　nanostructures　were　controllably　modified　by　changing　the　number　of　irradiation　pulses.　This　technique　not　only　manipulates　the　plasmonic　response　of　metallic　nanoparticles　but　also　facilitates　the　versatile　transfer　of　metallic　nanostructures　onto　fiber　tips　and　stretchable　substrates.　This　reproducible　method　is　fast,　inexpensive,　flexible,　and　suitable　for　various　applications　for　plasmonic　devices.　(C)　2014　The　Japan　Society　of　Applied　Physics