In　this　study,　a　laser　remelting　process　was　applied　to　the　FeCrCoNiTiAl0.6　high　entropy　alloy　coating　in　order　to　improve　the　density　and　the　surface　quality　of　the　coating.　The　coating　was　fabricated　by　high-velocity-oxygen-fuel　(HVOF)　technology.　The　microstructure　and　phase　composition　of　the　coating　were　investigated　by　scanning　electron　microscopy　(SEM),　energy　dispersive　X-ray　spectrometer　(EDS),　X-ray　diffractometer　(XRD)　and　confocal　scanning　laser　microscope　(CSLM).　Moreover,　the　wear　behavior　of　the　coating　was　evaluated　by　use　of　a　ball-on-disc　test.　The　coating　was　denser　after　laser　remelting　treatment　by　eliminating　the　previous　lamellar　structure.　The　microstructure　of　the　laser-remelted　coating　exhibits　two　body-centered　cubic　(BCC)　phases,　which　is　different　from　the　HVOF　coating.　In　addition,　aluminum　oxide　formed　during　laser　remelting.　Different　from　the　wear　mechanism　of　the　HVOF　coating,　which　comprised　abrasion　and　fatigue,　the　major　wear　of　the　laser　remelted　coating　was　abrasion.