Scanning galvanometer scanning mode. The laser cutting machine will send the laser from the laser generator through the laser optical path system software to focus the laser beam of adult college entrance examination power. The laser beam illuminates the surface of the workpiece so that the workpiece reaches the melting point or boiling point, while the high pressure vapor body with the coaxial line of the light blows away the molten or vaporized metal material.
Scanning galvanometer Scanning system software consists of a large-capacity F≤O lens and a two-dimensional deflection scanning waveguide, the principle of which is to beam the laser beam to two reflecting lenses (vibrator).
The structural pattern design is transformed into a hand-carved design on an electronic computer equipped with a laser cutting machine, and the reflection Angle of the reflecting lens is controlled by a computer system. The two mirrors can scan along the X and Y axes respectively to manipulate the deflection of the laser beam at work, and are designed according to the motion trajectory scanning pattern on the plane plan.
It is the general process of laser cutting machine work. The laser cutting machine will send the laser from the laser generator, through the laser optical path system software, focusing on the adult power of the laser beam. The laser beam illuminates the surface of the workpiece so that the workpiece reaches the melting point or melting point, while the high pressure vapor body with the coaxial line of the light blows away the molten or vaporized metal material. Fiber line laser cutting machine Using fiber line laser generator as a lamp source laser cutting machine.
The effect of the F0 lens is to ensure that the production and processing structure of the effect on the surface of the object is not easy to change with the shift of the deflection Angle when scanning in a large area. Scanning mode of the optical demodulator. A rapid laser cutting machine scanning microproduction processing system software.
In one pair of Te02 photocontrolled deflectors driven by a deflector with a management center frequency of 102 MHz to X≤Y plane deflection, the light is focused on a low spot with a diameter of approximately 1.0μm according to the flat-field eyepiece, and the workpiece is scanned by a grating ruler on the laser cutting machine.
Draw a dividing line every hour. The scanning field is divided into 256×256 scanning points, and the scanning rate can reach 2.5×106 /s. A closed-loop control feedback consisting of another optically controlled crystal and photodiode is selected to immediately compensate for the asymmetrical transmission of the deflector across the entire scanning field
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