A fiber-oriented material comprising a plurality of fibers: the fibers included in the fiber-oriented material being in a closely-adhered state, a tensile strength of the fiber-oriented material having maxima in two or more tensile directions at angles in a range not less than 0° but less than 180°, the angles being between a line and the tensile directions, the line passing through a center of the fiber-oriented material; wherein the fiber-orientated material is produced by: forming a deposited body by forming the fiber using electrospinning and by depositing the fiber; wherein the forming of the deposited body includes aligning an extension direction of the fiber in the deposited body by pulling the fiber in one direction; cutting out a plurality of deposited body sheets (7a to 7c) from the deposited body; stacking the plurality of deposited body sheets (7a to 7c); supplying a liquid to the stacked plurality of deposited body sheets (7a to 7c), the liquid being volatile; and drying the stacked plurality of deposited body sheets (7a to 7c) including the volatile liquid, as the drying progresses, the distance between the fibers is reduced by a capillary force acting in the volatile liquid between fibers, the state of the fibers becomes a closely-adhered state, and at least part of adjacent fibers is fused to each other; wherein the cutting out of the plurality of deposited body sheets as the drying progresses includes cutting out a first deposited body sheet including the fiber extending in a first direction, and cutting out a second deposited body sheet including the fiber extending in a second direction, the second direction crossing the first direction, wherein the fiber extending in a first direction, and the fiber extending in a second direction of the stacked body sheets are oriented at an angle of less than 180° to each other. the fibers included in the fiber-oriented material being in a closely-adhered state, a tensile strength of the fiber-oriented material having maxima in two or more tensile directions at angles in a range not less than 0° but less than 180°, the angles being between a line and the tensile directions, the line passing through a center of the fiber-oriented material; wherein the fiber-orientated material is produced by: forming a deposited body by forming the fiber using electrospinning and by depositing the fiber; wherein the forming of the deposited body includes aligning an extension direction of the fiber in the deposited body by pulling the fiber in one direction; cutting out a plurality of deposited body sheets (7a to 7c) from the deposited body; stacking the plurality of deposited body sheets (7a to 7c); supplying a liquid to the stacked plurality of deposited body sheets (7a to 7c), the liquid being volatile; and drying the stacked plurality of deposited body sheets (7a to 7c) including the volatile liquid, as the drying progresses, the distance between the fibers is reduced by a capillary force acting in the volatile liquid between fibers, the state of the fibers becomes a closely-adhered state, and at least part of adjacent fibers is fused to each other; wherein the cutting out of the plurality of deposited body sheets as the drying progresses includes cutting out a first deposited body sheet including the fiber extending in a first direction, and cutting out a second deposited body sheet including the fiber extending in a second direction, the second direction crossing the first direction, wherein the fiber extending in a first direction, and the fiber extending in a second direction of the stacked body sheets are oriented at an angle of less than 180° to each other. forming a deposited body by forming the fiber using electrospinning and by depositing the fiber; wherein the forming of the deposited body includes aligning an extension direction of the fiber in the deposited body by pulling the fiber in one direction; cutting out a plurality of deposited body sheets (7a to 7c) from the deposited body; stacking the plurality of deposited body sheets (7a to 7c); supplying a liquid to the stacked plurality of deposited body sheets (7a to 7c), the liquid being volatile; and drying the stacked plurality of deposited body sheets (7a to 7c) including the volatile liquid, as the drying progresses, the distance between the fibers is reduced by a capillary force acting in the volatile liquid between fibers, the state of the fibers becomes a closely-adhered state, and at least part of adjacent fibers is fused to each other; wherein the cutting out of the plurality of deposited body sheets as the drying progresses includes cutting out a first deposited body sheet including the fiber extending in a first direction, and cutting out a second deposited body sheet including the fiber extending in a second direction, the second direction crossing the first direction, wherein the fiber extending in a first direction, and the fiber extending in a second direction of the stacked body sheets are oriented at an angle of less than 180° to each other.