The　bulks　of　polycrystalline　SnSe　materials　were　successfully　prepared　by　the　mechanical　alloying　(MA)　and　spark　plasma　sintering　(SPS)　method.　X-ray　powder　diffraction　analysis　showed　that　pure　Sn　and　Se　powders　were　synthesized　into　the　SnSe　phase　by　MA,　and　after　SPS　under　30-120　MPa,　the　single　phase　bulks　of　SnSe　materials　were　successfully　prepared.　Scanning　electron　microcopy　images　displayed　that　the　grain　size　of　SnSe　shows　refinement　with　higher　pressure.　The　electrical　properties　of　the　sintered　samples　increased　with　increasing　sintering　pressure.　The　thermal　conductivity　results　show　that　the　thermal　conductivity　remained　low,　in　the　range　of　0.50-0.85　W　m(-1)　K-1,　with　the　different　sintering　pressure.　The　samples　sintered　under　100　MPa　have　the　best　thermoelectric　properties;　the　dimensionless　figure　of　merit　ZT　reached　0.71　at　873　K.