A strip unloading device for a blood glucose meter, disposed in the blood glucose meter to unload a test strip loaded therein, the strip unloading device comprising: a housing having a storage space therein and having on one side thereof a strip insert into which the test strip is inserted; a plurality of contact pins disposed in the housing to contact upper and lower surfaces of the test strip loaded into the strip insert; and an unloader block disposed in the housing below the contact pins to linearly move towards or away from the strip insert and having a central unloading protrusion to be engaged with the test strip loaded into the strip insert so as to eject the test strip in the process of moving towards the strip insert, wherein the contact pins are disposed on opposite sides of the unloader block in a width direction thereof relative to the unloading protrusion, the width direction being perpendicular to a movement direction of the unloader block, wherein a guide protrusion is provided on at least one of upper and lower surfaces of the unloader block to extend out through the housing so as to be engaged with a strip unloader disposed on the blood glucose meter, and the housing has a guide hole to guide the movement path of the guide protrusion moving along with the unloader block, wherein the contact pins consist of a plurality of upper contact pins and a plurality of lower contact pins, which are vertically separated from each other to contact the upper and lower surfaces of the test strip, respectively, wherein one-end sides of the upper and lower contact pins (210; 220) are configured to elastically compress the upper and lower surfaces of the test strip loaded into the strip insert, respectively, wherein said one-end sides of the upper and lower contact pins (210; 220) are respectively provided with elastic contact parts curved downwardly or upwardly to elastically contact the upper and lower surfaces of the test strip, and wherein the elastic contact parts of the upper and lower contact pins (210; 220) are sequentially formed in different positions along the movement direction of the unloader block. a housing having a storage space therein and having on one side thereof a strip insert into which the test strip is inserted; a plurality of contact pins disposed in the housing to contact upper and lower surfaces of the test strip loaded into the strip insert; and an unloader block disposed in the housing below the contact pins to linearly move towards or away from the strip insert and having a central unloading protrusion to be engaged with the test strip loaded into the strip insert so as to eject the test strip in the process of moving towards the strip insert, wherein the contact pins are disposed on opposite sides of the unloader block in a width direction thereof relative to the unloading protrusion, the width direction being perpendicular to a movement direction of the unloader block, wherein a guide protrusion is provided on at least one of upper and lower surfaces of the unloader block to extend out through the housing so as to be engaged with a strip unloader disposed on the blood glucose meter, and the housing has a guide hole to guide the movement path of the guide protrusion moving along with the unloader block, wherein the contact pins consist of a plurality of upper contact pins and a plurality of lower contact pins, which are vertically separated from each other to contact the upper and lower surfaces of the test strip, respectively, wherein one-end sides of the upper and lower contact pins (210; 220) are configured to elastically compress the upper and lower surfaces of the test strip loaded into the strip insert, respectively, wherein said one-end sides of the upper and lower contact pins (210; 220) are respectively provided with elastic contact parts curved downwardly or upwardly to elastically contact the upper and lower surfaces of the test strip, and wherein the elastic contact parts of the upper and lower contact pins (210; 220) are sequentially formed in different positions along the movement direction of the unloader block.