The　study　on　laser　sintering　of　Ba(Ti0.95Zr0.05)O3　(BZT)　piezoelectric　ceramics　was　introduced.　The　powder　of　BZT　was　prepared　by　traditional　ways.　The　green　patch　was　sintered　by　the　carbon　dioxide　laser　which　the　maximum　laser　power　was　150　W,　the　scanning　speed　was　1440　rad/min　and　the　sintering　time　was　10　min.　The　piezoelectric　ceramics　character　of　BZT　ceramic　was　showed　through　measuring　the　dielectric　constant-temperature　and　impedance-frequency　data.　The　ceramic　sample　by　laser　sintering　had　higher　Curie　temperature　through　comparing　the　values　of　dielectric　constant-temperature　from　traditional　ways　and　laser　sintering　respectively.　It　was　found　that　Ε=1563,　d33=45　pC/N.　The　data　of　XRD　showed　that　the　two　peak　values　[(111),　(002)]　had　been　enlarged　and　it　was　observed　that　the　crystal　grain　had　grown　in　the　ceramics.　The　measure　of　laser　sintering　could　be　regarded　as　one　of　the　ways　to　sinter　functional　ceramics.