A laser processing machine comprising: a laser oscillator that generates and emits a laser beam; a processing head in which a nozzle is attached to a tip, the nozzle emitting a laser beam from an opening ; a focusing lens that is provided in the processing head and irradiates a sheet metal (W) with the laser beam by focusing the laser beam, thereby forming a beam spot on a surface of the sheet metal (W); a moving mechanism configured to move a relative position of the processing head with respect to the surface of the sheet metal (W); and a beam oscillation mechanism configured to oscillate the beam spot on the surface of the sheet metal (W) by oscillating the laser beam emitted from the opening in the opening ; and a control device configured to cut a product from the sheet metal (W) by moving the relative position of the processing head using the moving mechanism and irradiating the sheet metal (W) with the laser beam, wherein the product is suitable for being conveyed by a conveyance apparatus with a holding unit that does not hold a non-holding region of the product, the non-holding region being at least a part of a periphery of a protrusion portion of the product , or at least a part of a periphery of a recess forming region in which a recess portion of the product is formed, characterized in that the control device is further configured to cut the sheet metal (W) with a first kerf width (K1) along a part of an outer circumference of the product other than the part of the periphery of the protrusion portion or recess forming region , and to cut the sheet metal (W) with a second kerf width (K2) that is wider than the first kerf width (K1) along the periphery of the protrusion portion or recess forming region by oscillating the beam spot with an oscillation pattern including an oscillation component in a direction orthogonal to a cutting direction of the sheet metal (W). a laser oscillator that generates and emits a laser beam; a processing head in which a nozzle is attached to a tip, the nozzle emitting a laser beam from an opening ; a focusing lens that is provided in the processing head and irradiates a sheet metal (W) with the laser beam by focusing the laser beam, thereby forming a beam spot on a surface of the sheet metal (W); a moving mechanism configured to move a relative position of the processing head with respect to the surface of the sheet metal (W); and a beam oscillation mechanism configured to oscillate the beam spot on the surface of the sheet metal (W) by oscillating the laser beam emitted from the opening in the opening ; and a control device configured to cut a product from the sheet metal (W) by moving the relative position of the processing head using the moving mechanism and irradiating the sheet metal (W) with the laser beam, wherein the product is suitable for being conveyed by a conveyance apparatus with a holding unit that does not hold a non-holding region of the product, the non-holding region being at least a part of a periphery of a protrusion portion of the product , or at least a part of a periphery of a recess forming region in which a recess portion of the product is formed, characterized in that the control device is further configured to cut the sheet metal (W) with a first kerf width (K1) along a part of an outer circumference of the product other than the part of the periphery of the protrusion portion or recess forming region , and to cut the sheet metal (W) with a second kerf width (K2) that is wider than the first kerf width (K1) along the periphery of the protrusion portion or recess forming region by oscillating the beam spot with an oscillation pattern including an oscillation component in a direction orthogonal to a cutting direction of the sheet metal (W). <EOS>