Laser-cutting apparatus for laser-cutting of shielding wires for shielded lines, having the following features: - provision is made of at least one laser device which is configured to produce a laser beam; - provision is made of a clamping apparatus through which a central axis passes, wherein the shielded line is able to be held by the clamping apparatus; - in a closed state of the clamping apparatus, the shielded line is able to be positioned in the clamping apparatus in such a way that the shielded line projects beyond an end-face region of the clamping apparatus, wherein the shielding wires are able to be turned up from the shielded line outwards in a radial direction, or with a radial component, and are able to be positioned against the end-face region of the clamping apparatus; - provision is made of a control apparatus which is configured to control the laser device in such a way that the laser beam radiates onto the end-face region of the clamping device, whereby the turned-up shielding wires of the shielded line are able to be cut in the cutting chamber, characterized by the following features: - provision is made of a housing arrangement which surrounds a cutting chamber which is accessible via a cable receiving opening; - provision is made of a counterpart clamping apparatus; - the counterpart clamping apparatus comprises a bearing region and a laser opening; - the control apparatus is configured: a) to control the counterpart clamping apparatus in such a way that the latter is movable in the direction of the end-face region of the clamping apparatus, wherein the turned-up shielding wires of the shielded line are clamped between the end-face region of the clamping apparatus and the bearing region of the counterpart clamping apparatus and are fixed therebetween for the cutting operation; and/or b) to control the clamping apparatus in such a way that the latter is movable in the direction of the bearing region of the counterpart clamping apparatus, wherein the turned-up shielding wires of the shielded line are clamped between the end-face region of the clamping apparatus and the bearing region of the counterpart clamping apparatus and are fixed therebetween for the cutting operation; - the control apparatus is configured to control the laser device in such a way that the laser beam radiates through the laser opening, whereby the turned-up shielding wires of the shielded line are able to be cut behind the laser opening. - provision is made of at least one laser device which is configured to produce a laser beam; - provision is made of a clamping apparatus through which a central axis passes, wherein the shielded line is able to be held by the clamping apparatus; - in a closed state of the clamping apparatus, the shielded line is able to be positioned in the clamping apparatus in such a way that the shielded line projects beyond an end-face region of the clamping apparatus, wherein the shielding wires are able to be turned up from the shielded line outwards in a radial direction, or with a radial component, and are able to be positioned against the end-face region of the clamping apparatus; - provision is made of a control apparatus which is configured to control the laser device in such a way that the laser beam radiates onto the end-face region of the clamping device, whereby the turned-up shielding wires of the shielded line are able to be cut in the cutting chamber, - provision is made of a housing arrangement which surrounds a cutting chamber which is accessible via a cable receiving opening; - provision is made of a counterpart clamping apparatus; - the counterpart clamping apparatus comprises a bearing region and a laser opening; - the control apparatus is configured: a) to control the counterpart clamping apparatus in such a way that the latter is movable in the direction of the end-face region of the clamping apparatus, wherein the turned-up shielding wires of the shielded line are clamped between the end-face region of the clamping apparatus and the bearing region of the counterpart clamping apparatus and are fixed therebetween for the cutting operation; and/or b) to control the clamping apparatus in such a way that the latter is movable in the direction of the bearing region of the counterpart clamping apparatus, wherein the turned-up shielding wires of the shielded line are clamped between the end-face region of the clamping apparatus and the bearing region of the counterpart clamping apparatus and are fixed therebetween for the cutting operation; a) to control the counterpart clamping apparatus in such a way that the latter is movable in the direction of the end-face region of the clamping apparatus, wherein the turned-up shielding wires of the shielded line are clamped between the end-face region of the clamping apparatus and the bearing region of the counterpart clamping apparatus and are fixed therebetween for the cutting operation; and/or b) to control the clamping apparatus in such a way that the latter is movable in the direction of the bearing region of the counterpart clamping apparatus, wherein the turned-up shielding wires of the shielded line are clamped between the end-face region of the clamping apparatus and the bearing region of the counterpart clamping apparatus and are fixed therebetween for the cutting operation; - the control apparatus is configured to control the laser device in such a way that the laser beam radiates through the laser opening, whereby the turned-up shielding wires of the shielded line are able to be cut behind the laser opening.