TH116650A - Laser marking method and laser marking system - Google Patents

Abstract

DC60 (20/03/55) This invention relates to a method made for laser marking of the base. Objects prepared with a laser-sensitive area using such an optimized laser-sensitive area laser. In order to be activated at a finite energy level (T), methods include: The steps are as follows. Generating energy to the laser sensitive area by shining light on the parts. A device that generates energy completely for the laser-sensitive area. And exposure to various parts Of the laser sensitivity area to the emission from the laser Where parts of the device are created Energy is made up to emit radiation intensity at a specific wavelength, and where mixed light is, energy travels through a finite energy level (T) so that The laser-sensitized area is activated at the parts where the mixed light emitting occurs.The invention also involves a laser marking system to perform a procedure. The invention involved a method for marking the base with a laser. Objects prepared with a laser-sensitive area using such an optimized laser-sensitive area laser. In order to be activated at a finite energy level (T), methods include: The steps are as follows. Generating energy to the laser sensitive area by shining light on the parts. A device that generates energy completely for the laser-sensitive area. And exposure to various parts Of the laser sensitivity area to the emission from the laser Where parts of the device are created Energy is made up to emit radiation intensity at a specific wavelength, and where mixed light is, energy travels through a finite energy level (T) so that The laser-sensitized area is activated at the parts where the mixed light emitting occurs.The invention also involves a laser marking system to perform a procedure.

Claims (1)

: DC60 (20/03/55) This invention involves a making method for laser marking of the base. Objects prepared with a laser-sensitive area using such an optimized laser-sensitive area laser. In order to be activated at a finite energy level (T), methods include: The steps are as follows. Generating energy to the laser sensitive area by shining light on the parts. A device that generates energy completely for the laser-sensitive area. And exposure to various parts Of the laser sensitivity area to the emission from the laser Where parts of the device are created Energy is made up to emit radiation intensity at a specific wavelength, and where mixed light is, energy travels through a finite energy level (T) so that The laser-sensitized area is activated at the parts where the mixed light emitting occurs.The invention also involves a laser marking system to perform a procedure. The invention involved a method for marking the base with a laser. Objects prepared with a laser-sensitive area using such an optimized laser-sensitive area laser. In order to be activated at a finite energy level (T), methods include: The steps are as follows. Generating energy to the laser sensitive area by shining light on the parts. A device that generates energy completely for the laser-sensitive area. And exposure to various parts Of the laser sensitivity area to the emission from the laser Where parts of the device are created Energy is made up to emit radiation intensity at a specific wavelength, and where mixed light is, energy travels through a finite energy level (T) so that The laser-sensitized area is activated at the parts where the mixed light emission takes place.The invention also involves a laser marking system to perform the proprietary method. (Item one) which will appear on the advertisement page: 1. Methods for lasering the object base (103) provided with space. Laser sensitization using a laser (102) The laser sensitive area is composed of a light-sensitive toner. Lasers or coatings or primary pigments and that are optimized so that they must be activated at a level The finite energy (T) method consists of the following steps: To generate energy to the laser sensitive area by generating energy for Equipment parts (101), illuminate the desktop: