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Laser Engraver Falcon Pro 10W laser cutter is a precision machining platform that integrates semiconductor laser source and CNC motion system. Its core technology is to convert light energy into directional heat energy to achieve material etching.
When the laser engraver falcon pro 10w laser cutter is started, the current drives the laser diode to emit a beam of a specific wavelength, which enters the focusing lens after calibration by the reflector group. The lens converges the scattered beam into a micron-level spot, forming a high energy density area on the surface of the material. The CNC system drives the X-Y axis linkage frame through a stepper motor to move the laser focus along the preset trajectory. Wherever the spot goes, the surface of the material vaporizes or changes its molecular structure due to instantaneous heat absorption, forming a permanent mark; for penetrating cutting, the continuous beam energy will completely separate the material along the path.
How does the closed-loop control system ensure accuracy?
The built-in optical sensor of the laser engraver falcon pro 10w laser cutter monitors the laser power fluctuation in real time and feeds back to the main control chip to dynamically adjust the output intensity. The motion system tracks the displacement deviation of the frame through the encoder and compensates for the positioning error in real time.
The laser engraver falcon pro 10W laser cutter can complete sub-millimeter processing in a non-contact state through the coordination of energy focusing, trajectory control and real-time calibration.
