Laser inkjet printer

Semiconductor series laser marking machines, also known as diode laser marking machines, use semiconductor modules as energy sources (the excitation source emits a specific wavelength that can promote the energy level transition of the working material to release the laser, and the laser energy is amplified to form a pair of laser marking machines. Laser beam for material processing. The computer controls the galvanometer to change the optical path of the laser beam to achieve marking.
Technical parameters of the whole machine
Laser wavelength
Laser power
Modulation frequency
Scanning speed
Marking repeatability
Marking range
Marking line width (adjustable depending on the material)
Minimum characters
Positioning accuracy consistency visual inspection (red light Positioning)
Power supply
Input power
Cooling system refrigeration unit
Internal circulation medium Watsons distilled water
Safety over-current protection over-temperature protection over-voltage protection
Laser continuous working time
Second laser technical parameters
Diameter
Output power
Working voltage
Rod length, flat end face, ion
Laser, short cavity,, Total reflective mirror output mirror, output mirror)
The service life of the laser is more than 1 hour