Device capable of realizing laser punching and laser cleaning by laser polarity inversion
A technology of polarity conversion and laser drilling, which is applied to laser welding equipment, welding equipment, metal processing equipment, etc., can solve the problems of increasing equipment investment, narrow space, and increasing maintenance workload, so as to increase work efficiency and change power Size, the effect of reducing the size of the device
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Embodiment 1
[0041] A device that uses laser polarity transformation to realize multi-channel laser drilling, such as figure 1 and Figure 6 shown, including:
[0042] A laser 1 for emitting a single laser;
[0043] A spectroscopic lens or a deflection device 2 is placed in the exit light path of the laser to split a single laser beam into two independent laser beams;
[0044] Two sets of polarity changing devices 3 are respectively placed in the optical paths of two independent laser beams to deflect the two laser beams into parallel polarized light beams and vertical polarized light beams respectively; the polarity changing devices are composed of two sets of optical reflective lenses,
[0045] The polarity conversion device includes two sets of optical reflectors, wherein the output light of one set forms a transmission relationship with the beam combiner / beam splitter mirror, and the output light of the other set forms a reflection relationship with the beam combiner / beam splitter mi...
Embodiment 2
[0051] A device that uses laser polarity transformation to realize multi-channel laser drilling, such as figure 2 , Figure 2.1 and 6 shown, including:
[0052] A laser 1 for emitting a single laser;
[0053] A spectroscopic lens or a deflection device 2 is placed in the exit light path of the laser to split a single laser beam into two independent laser beams;
[0054] A laser 1 for emitting a single laser;
[0055] A spectroscopic lens or a deflection device 2 is placed in the exit light path of the laser to split a single laser beam into two independent laser beams;
[0056] Two sets of polarity changing devices 3 are respectively placed in the optical paths of two independent laser beams to deflect the two laser beams into parallel polarized light beams and vertical polarized light beams respectively; the polarity changing devices are composed of two sets of optical reflective lenses,
[0057] The polarity conversion device includes two sets of optical reflectors, wh...
Embodiment 3
[0064] A device that uses laser polarity transformation to realize multi-channel or multi-region laser drilling, image 3 shown, including:
[0065] A laser 1 is used to emit a single-path laser, and the laser is a CO2 pulsed laser with a wavelength of 9.6-11.6 microns.
[0066] A spectroscopic lens or a deflection device 2 is placed in the exit light path of the laser to split a single laser beam into two independent laser beams;
[0067] Two sets of polarity changing devices 3 are respectively placed in the optical paths of two independent laser beams to deflect the two laser beams into horizontally polarized light beams and vertically polarized light beams; the polarity changing devices are composed of two sets of optical reflective lenses.
[0068] The incident light of two different polarization directions from the polarity conversion device is combined by the beam combining mirror (parallel polarized beam transmission, vertically polarized beam reflection) and transmitt...
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