The Ortur laser engraving machine works primarily based on advanced laser technology. Here is a brief overview of its working principle:
Laser Generation:
The Ortur laser engraving machine utilizes a laser diode of a specific wavelength (such as 808nm) to pump the Nd: YAG medium, resulting in a large number of inverted particles.
Under the action of a Q-switch, these inverted particles form a giant pulse laser output with a wavelength of 1064nm, achieving high electro-optic conversion efficiency.
Beam Transmission and Focusing:
The generated laser is coupled and transmitted through an optical fiber to the laser beam transformation optical system.
The beam is then shaped and focused into the laser processing head, ensuring sufficient energy density and precision for the laser beam.
Processing Operation:
The laser processing head is mounted on the machine and moves according to the programmed instructions set by the operator, achieving precise engraving or cutting.
The operator can program the movement trajectory and laser processing parameters of the laser processing head through teaching programming or offline programming.
Material Processing:
The laser beam interacts with the material surface, removing the material through melting, vaporization, or chemical reactions to form the desired pattern or shape.
The Ortur laser engraving machine is suitable for various materials such as wood, metal, leather, acrylic, and more.
Control System:
The Ortur laser engraving machine is equipped with an advanced control system that ensures the laser processing head moves precisely according to the preset trajectory and parameters.
Machine vision systems can detect the processing area and provide feedback signals to the control system for timely control of the processing process.
In summary, the Ortur laser engraving machine utilizes advanced laser technology, a precise control system, and user-friendly operation to achieve efficient and precise engraving and cutting tasks.