A veneer moving apparatus comprising, a plurality of first springs disposed spaced along a first direction of the apparatus and configured to move a first veneer sheet toward a stationary second veneer sheet in a second direction that is perpendicular to the first direction and parallel to surfaces of the first and the second veneer sheets; a veneer support disposed below the first veneer sheet and the second veneer sheet and configured to support the first and the second veneer sheets at the bottom thereof; and at least one first actuator configured to move the first springs in a third direction that is perpendicular to the surfaces of the first and the second veneer sheets reciprocally toward and away from the first veneer sheet; characterized by: each of the first springs including a first leaf spring having a first end portion fixed to the at least one first actuator and a second end portion located opposite from the first end portion and closer to the first veneer sheet than the first end portion, and at least part of the first leaf spring being disposed extending obliquely from the first end portion toward the second veneer sheet with respect to an imaginary plane that extends parallel to the first direction and the third direction and passing through the first end portion; and the at least one first actuator being configured to cause each of the first leaf springs to move reciprocally along a straight path defined by the imaginary plane or a curved path lying on a side of the linear path that is adjacent to the second veneer sheet, between a first position where the second end portion of the first leaf spring is spaced away from the surface of the second veneer sheet and a second position where the second end portion of the first leaf spring is engaged with the second veneer sheet while the first end portion of the first leaf spring is spaced away from the surface of the first veneer sheet. a plurality of first springs disposed spaced along a first direction of the apparatus and configured to move a first veneer sheet toward a stationary second veneer sheet in a second direction that is perpendicular to the first direction and parallel to surfaces of the first and the second veneer sheets; a veneer support disposed below the first veneer sheet and the second veneer sheet and configured to support the first and the second veneer sheets at the bottom thereof; and at least one first actuator configured to move the first springs in a third direction that is perpendicular to the surfaces of the first and the second veneer sheets reciprocally toward and away from the first veneer sheet; characterized by: each of the first springs including a first leaf spring having a first end portion fixed to the at least one first actuator and a second end portion located opposite from the first end portion and closer to the first veneer sheet than the first end portion, and at least part of the first leaf spring being disposed extending obliquely from the first end portion toward the second veneer sheet with respect to an imaginary plane that extends parallel to the first direction and the third direction and passing through the first end portion; and the at least one first actuator being configured to cause each of the first leaf springs to move reciprocally along a straight path defined by the imaginary plane or a curved path lying on a side of the linear path that is adjacent to the second veneer sheet, between a first position where the second end portion of the first leaf spring is spaced away from the surface of the second veneer sheet and a second position where the second end portion of the first leaf spring is engaged with the second veneer sheet while the first end portion of the first leaf spring is spaced away from the surface of the first veneer sheet. each of the first springs including a first leaf spring having a first end portion fixed to the at least one first actuator and a second end portion located opposite from the first end portion and closer to the first veneer sheet than the first end portion, and at least part of the first leaf spring being disposed extending obliquely from the first end portion toward the second veneer sheet with respect to an imaginary plane that extends parallel to the first direction and the third direction and passing through the first end portion; and the at least one first actuator being configured to cause each of the first leaf springs to move reciprocally along a straight path defined by the imaginary plane or a curved path lying on a side of the linear path that is adjacent to the second veneer sheet, between a first position where the second end portion of the first leaf spring is spaced away from the surface of the second veneer sheet and a second position where the second end portion of the first leaf spring is engaged with the second veneer sheet while the first end portion of the first leaf spring is spaced away from the surface of the first veneer sheet.