An embossing apparatus comprising: a base including a conveyance path extending in a first direction; a work table formed into a plate shape, and detachably attached to the conveyance path such that the work table is movable in the first direction with a major surface of the work table being parallel to the conveyance path; a mat which is arranged on the work table, and formed into a plate shape by a material having flexibility and elasticity, and on which a paper to be processed is adhered; a first driving device configured to move the work table in the first direction; a pen carriage spaced apart from the base, and supported to be movable in a second direction parallel to the major surface of the work table attached to the conveyance path and different from the first direction; a second driving device configured to move the pen carriage in the second direction; a first tool arranged on the pen carriage such that the first tool is movable in a third direction perpendicular to the major surface of the work table, and configured to form a recess in the paper to be processed when pressed against the paper to be processed adhered on the mat; and a third driving device arranged on the pen carriage, and configured to move the first tool in the third direction, and selectively press the first tool against the paper to be processed adhered on the mat; and characterized by further comprising: a second tool arranged on the pen carriage such that the second tool is movable in the third direction, and including a blade with a projection length smaller than the thickness of the paper to be processed, wherein the second tool is different from the first tool; a fourth driving device arranged on the pen carriage, and configured to move the second tool in the third direction, and selectively press the second tool against the paper to be processed adhered on the mat; and a control device configured to control operations of the first driving device, the second driving device, the third driving device, and the fourth driving device, wherein the control device is configured to form a cut line on the paper to be processed by the second tool a blade edge of which stops between upper and lower surfaces of the paper to be processed, and wherein the control device is configured to perform embossing on the paper to be processed along the cut line by the first tool. a base including a conveyance path extending in a first direction; a work table formed into a plate shape, and detachably attached to the conveyance path such that the work table is movable in the first direction with a major surface of the work table being parallel to the conveyance path; a mat which is arranged on the work table, and formed into a plate shape by a material having flexibility and elasticity, and on which a paper to be processed is adhered; a first driving device configured to move the work table in the first direction; a pen carriage spaced apart from the base, and supported to be movable in a second direction parallel to the major surface of the work table attached to the conveyance path and different from the first direction; a second driving device configured to move the pen carriage in the second direction; a first tool arranged on the pen carriage such that the first tool is movable in a third direction perpendicular to the major surface of the work table, and configured to form a recess in the paper to be processed when pressed against the paper to be processed adhered on the mat; and a third driving device arranged on the pen carriage, and configured to move the first tool in the third direction, and selectively press the first tool against the paper to be processed adhered on the mat; and characterized by further comprising: a second tool arranged on the pen carriage such that the second tool is movable in the third direction, and including a blade with a projection length smaller than the thickness of the paper to be processed, wherein the second tool is different from the first tool; a fourth driving device arranged on the pen carriage, and configured to move the second tool in the third direction, and selectively press the second tool against the paper to be processed adhered on the mat; and a control device configured to control operations of the first driving device, the second driving device, the third driving device, and the fourth driving device, wherein the control device is configured to form a cut line on the paper to be processed by the second tool a blade edge of which stops between upper and lower surfaces of the paper to be processed, and wherein the control device is configured to perform embossing on the paper to be processed along the cut line by the first tool. a second tool arranged on the pen carriage such that the second tool is movable in the third direction, and including a blade with a projection length smaller than the thickness of the paper to be processed, wherein the second tool is different from the first tool; a fourth driving device arranged on the pen carriage, and configured to move the second tool in the third direction, and selectively press the second tool against the paper to be processed adhered on the mat; and a control device configured to control operations of the first driving device, the second driving device, the third driving device, and the fourth driving device, wherein the control device is configured to form a cut line on the paper to be processed by the second tool a blade edge of which stops between upper and lower surfaces of the paper to be processed, and wherein the control device is configured to perform embossing on the paper to be processed along the cut line by the first tool.