A liquid material discharge device of air type comprising: a nozzle for discharging a liquid material, the nozzle comprising a body having a liquid inflow space, and a discharge tube communicating with the liquid inflow space and extending downwards from the body, a syringe storing the liquid material and having a distal end to which the nozzle for discharging the liquid material is fitted, and an air supply tube through which pressurized gas is supplied to the syringe, wherein a liquid removing member is disposed at a lower end of the body in a state laterally surrounding the discharge tube, the liquid removing member includes a plurality of surrounding surfaces that surround a lateral surface of the discharge tube, and a groove-like space that is formed adjacent to the plurality of surrounding surfaces, and that generates capillary force acting in a direction laterally away from the discharge tube, the groove-like space is constituted by a pair of guide surfaces that are disposed in an opposing relation, the surrounding surfaces generate capillary force acting on the liquid, which climbs along the lateral surface of the discharge tube, in a direction towards a base of the discharge tube in cooperation with the lateral surface of the discharge tube, a shortest distance between the pair of guide surfaces and a shortest distance between the surrounding surfaces and the lateral surface of the discharge tube are larger than an outer diameter of the discharge tube, a length of the discharge tube is several times an inner diameter of the discharge tube, and the capillary force acting in the direction towards the base of the discharge tube is generated until the liquid climbing along the lateral surface of the discharge tube reaches the base of the discharge tube, the length of the discharge tube is larger than a height of each of the surrounding surfaces and the guide surfaces, and the length of the discharge tube is 1.2 to 1.5 times a height of the liquid removing member such that the discharge tube is longer than the height of each of the surrounding surfaces and the guide surfaces. a nozzle for discharging a liquid material, the nozzle comprising a body having a liquid inflow space, and a discharge tube communicating with the liquid inflow space and extending downwards from the body, a syringe storing the liquid material and having a distal end to which the nozzle for discharging the liquid material is fitted, and an air supply tube through which pressurized gas is supplied to the syringe, wherein a liquid removing member is disposed at a lower end of the body in a state laterally surrounding the discharge tube, the liquid removing member includes a plurality of surrounding surfaces that surround a lateral surface of the discharge tube, and a groove-like space that is formed adjacent to the plurality of surrounding surfaces, and that generates capillary force acting in a direction laterally away from the discharge tube, the groove-like space is constituted by a pair of guide surfaces that are disposed in an opposing relation, the surrounding surfaces generate capillary force acting on the liquid, which climbs along the lateral surface of the discharge tube, in a direction towards a base of the discharge tube in cooperation with the lateral surface of the discharge tube, a shortest distance between the pair of guide surfaces and a shortest distance between the surrounding surfaces and the lateral surface of the discharge tube are larger than an outer diameter of the discharge tube, a length of the discharge tube is several times an inner diameter of the discharge tube, and the capillary force acting in the direction towards the base of the discharge tube is generated until the liquid climbing along the lateral surface of the discharge tube reaches the base of the discharge tube, the length of the discharge tube is larger than a height of each of the surrounding surfaces and the guide surfaces, and the length of the discharge tube is 1.2 to 1.5 times a height of the liquid removing member such that the discharge tube is longer than the height of each of the surrounding surfaces and the guide surfaces.