A　bulk　amorphous　alloy　with　diameter　of　3　mm　was　prepared　by　water-cooled　copper　mold　method　through　adding　Ti　element　into　the　matrix　of　Zr60Cu17.5Al7.5　Ni10Ti5.　X-ray　diffractometer　(XRD),　scanning　electron　microscope　(SEM),　differential　scanning　calorimeter　(DSC)　and　micro-electric　universal　testing　machine　were　employed　to　investigate　the　effect　of　semi-solid　technology　on　the　microstructure,　glass　forming　ability,　compression　mechanical　properties　and　facture　surface　of　Zr60Cu17.5Al7.5　Ni10Ti5　bulk　amorphous　alloy.　The　results　indicate　that　the　semi-solid　technology　markedly　affects　the　structure　and　mechanical　properties　of　the　amorphous　material,　and　improves　the　intensity　and　plastic　of　the　alloy.　The　semi-solid　Zr60Cu17.5Al7.5　Ni10Ti5　exhibits　an　excellent　glass　forming　ability,　with　Trg　of　0.6189　and　supercooled　liquid　region　(ΔTx)　of　40　K.　When　the　suction-casting　voltage　is　7　kV,　the　sample　with　the　best　plastic　of　1.94%,　strength　of　1487.411　MPa　is　obtained.