Abstract: A laser source for industrial operations including a first laser outlet and a second laser outlet. The laser source is switchable to selectively provide at the first laser outlet a high beam quality and relative low power or at the second laser outlet with a higher power and lower beam quality to better accommodate the particular process. In one example, a selector addressing unit includes movable mirrors to selectively direct the generated laser beams to either the first laser outlet or the second laser outlet. In another example the laser source is used in an industrial plant to provide laser beams to a plurality of processing cells. The laser source operable to selectively provide a laser beam having desired or optimum qualities for the particular processing cell.

Abstract: A laser source for industrial operations including a first laser outlet and a second laser outlet. The laser source is switchable to selectively provide at the first laser outlet a high beam quality and relative low power or at the second laser outlet with a higher power and lower beam quality to better accommodate the particular process. In one example, a selector addressing unit includes movable mirrors to selectively direct the generated laser beams to either the first laser outlet or the second laser outlet. In another example the laser source is used in an industrial plant to provide laser beams to a plurality of processing cells. The laser source operable to selectively provide a laser beam having desired or optimum qualities for the particular processing cell.

Abstract: A laser source for use in providing a laser beam for industrial operations in an industrial plant. The laser source selectively providing a first laser beam at a first outlet having relatively high power and lower beam quality and a second laser beam at a second outlet having relatively lower power and higher beam quality. The laser source including an optical path selector device for selectively transmitting a first laser beam along a first or second optical line toward respective first and second outlets. The second optical path having an optical amplification unit for changing the first laser to the second laser. An industrial plant including at least a first laser source selectively controls the first laser source to provide the first and the second lasers to predetermined laser processing stations. A second laser source may be used and controlled to provide a first or second laser to an alternate laser processing station on a failure of another laser source.

Abstract: A laser source for use in providing a laser beam for industrial operations in an industrial plant. The laser source selectively providing a first laser beam at a first outlet having relatively high power and lower beam quality and a second laser beam at a second outlet having relatively lower power and higher beam quality. The laser source including an optical path selector device for selectively transmitting a first laser beam along a first or second optical line toward respective first and second outlets. The second optical path having an optical amplification unit for changing the first laser to the second laser. An industrial plant including at least a first laser source selectively controls the first laser source to provide the first and the second lasers to predetermined laser processing stations. A second laser source may be used and controlled to provide a first or second laser to an alternate laser processing station on a failure of another laser source.

Abstract: In a method for assembling a component on a motor-vehicle body structure, a device is set with a manipulator into a condition of connection with a component placed in a pick-up position, according to a predetermined mutual positioning; the component is gripped with the device to connect the component thereto; the device connected to the component is carried with the manipulator to a motor-vehicle body structure that is located in a position, on a conveying line, upstream of a centre for welding or fixing the component on the body structure; the component is constrained with the device to the body structure according to a mutual positioning whereby the component comes to occupy the proper position of assembly; the device is supported with the body structure; and with the device supported by the body structure, the body structure is conveyed with the conveying line to the center.

Abstract: In a method for assembling a component on a motor-vehicle body structure, a device is set with a manipulator into a condition of connection with a component placed in a pick-up position, according to a predetermined mutual positioning; the component is gripped with the device to connect the component thereto; the device connected to the component is carried with the manipulator to a motor-vehicle body structure that is located in a position, on a conveying line, upstream of a centre for welding or fixing the component on the body structure; the component is constrained with the device to the body structure according to a mutual positioning whereby the component comes to occupy the proper position of assembly; the device is supported with the body structure; and with the device supported by the body structure, the body structure is conveyed with the conveying line to the centre.

Abstract: Disclosed herein are systems for assembly of a component, in particular a roof panel, on a motor-vehicle body structure. One system comprises a device designed to clamp the component on the body structure in the proper position; a center for welding the component on the body structure; and a conveying line for carrying to and from the welding center a succession of the body structures. The clamping device is provided with means for gripping the component and comprises first manipulator means for bringing the device into connection with the component in a pick-up position according to a predetermined mutual positioning, and for carrying the device connected to the component to a body structure that is located in a position on the conveying line, upstream of the welding center, for constraining it to the body structure according to a mutual positioning whereby the component is in the proper position of assembly.

Abstract: Disclosed herein are systems for assembly of a component, in particular a roof panel, on a motor-vehicle body structure. One system comprises a device designed to clamp the component on the body structure in the proper position; a centre for welding the component on the body structure; and a conveying line for carrying to and from the welding centre a succession of the body structures. The clamping device is provided with means for gripping the component and comprises first manipulator means for bringing the device into connection with the component in a pick-up position according to a predetermined mutual positioning, and for carrying the device connected to the component to a body structure that is located in a position on the conveying line, upstream of the welding centre, for constraining it to the body structure according to a mutual positioning whereby the component is in the proper position of assembly.