A full-automatic thrombo elastometer device, wherein said device comprises a control device, a testing cup-loading device connected to said control device, a test-driving device, a plurality of test passages, a reagent-storing device, a blood sample-loading device, and a liquid-adding device, wherein said testing cup-loading device is configured to have loaded therein a plurality of testing cups required by a test, said test-driving device includes a cup-clamping mechanism and a test-driving mechanism connected to said cup-clamping mechanism, said test-driving mechanism is configured to drive said cup-clamping mechanism to move to said testing cup-loading device, each test passage, and said liquid-adding device, respectively, so as to complete at least automatically taking a testing cup at said testing cup-loading device, and cooperatively carrying out removing a cup lid at each test passage, adding a reagent and a blood sample at said liquid-adding device, and testing blood at each test passage, said test passage is used to automatically complete testing blood, each test passage includes a cup lid-beating device, a rotating mechanism which is configured to connect to a testing cup, an up-down-driving mechanism and a testing rod, said cup lid-beating device is configured to unload a cup lid from said testing rod into said testing cup, said rotating mechanism is configured to control a testing cup to rotate during a test, said up-down-driving mechanism is configured to drive said testing cup to move to a set test height, said reagent-storing device is configured to have loaded therein a plurality of reagent testing tubes, and each reagent testing tube is configured to contain a reagent, said blood sample-loading device is configured to have loaded therein a plurality of blood sample testing tubes, and each blood sample testing tube is configured to contain a blood sample, said liquid-adding device is configured to move to said reagent-storing device and said blood sample-loading device, respectively, and suction a reagent and a blood sample, respectively, and add the suctioned reagent and blood sample to a testing cup for a test, respectively. wherein said testing cup-loading device is configured to have loaded therein a plurality of testing cups required by a test, said test-driving device includes a cup-clamping mechanism and a test-driving mechanism connected to said cup-clamping mechanism, said test-driving mechanism is configured to drive said cup-clamping mechanism to move to said testing cup-loading device, each test passage, and said liquid-adding device, respectively, so as to complete at least automatically taking a testing cup at said testing cup-loading device, and cooperatively carrying out removing a cup lid at each test passage, adding a reagent and a blood sample at said liquid-adding device, and testing blood at each test passage, said test passage is used to automatically complete testing blood, each test passage includes a cup lid-beating device, a rotating mechanism which is configured to connect to a testing cup, an up-down-driving mechanism and a testing rod, said cup lid-beating device is configured to unload a cup lid from said testing rod into said testing cup, said rotating mechanism is configured to control a testing cup to rotate during a test, said up-down-driving mechanism is configured to drive said testing cup to move to a set test height, said reagent-storing device is configured to have loaded therein a plurality of reagent testing tubes, and each reagent testing tube is configured to contain a reagent, said blood sample-loading device is configured to have loaded therein a plurality of blood sample testing tubes, and each blood sample testing tube is configured to contain a blood sample, said liquid-adding device is configured to move to said reagent-storing device and said blood sample-loading device, respectively, and suction a reagent and a blood sample, respectively, and add the suctioned reagent and blood sample to a testing cup for a test, respectively.