The advanced technology of lasers will open a new future. Eurovision Laser is evolving into a first-class enterprise by focusing on the industrial laser sector and actively responding to the rapidly changing
1Application area using high-power diode laser
The diode laser has been used in many industries, and it can be used for metal welding, plastic welding, and laser surface hardening. 12,000 Watts of laser output can be used in CW (Continuous) mode.
2Application area using the Nd:YAG / CO2 laser
Less than 150 Watts of Nd:YAG solid-state laser can be used for metal welding, laser marking, and laser engraving on metal and plastic surfaces. In
case of Nd:YAG solid-state laser, a CO2 laser with a maximum output power of 16,000 Watts is used for metal welding and laser cutting for metals
and non-metals. Low-power CO2 lasers are used for laser marking and engraving on metals and non-metals.
3Application area using the UV / Excimer laser
For micro-machining, UV or Excimer lasers use Pico Second, Femto Second, or Ultra Short Pulse lasers with a shorter wavelength or a very short pulse
width. Ultra-Short Pulse Laser including the Excimer laser is widely used for vision correction, precision machining of glass and plastics, manufacture
of precision parts, earth science and astronomical research, spectroscopy, and FBG processes.
4Laser-beam delivery, measurement and analysis devices
By using an optical lens or a mirror, the characteristics or shape of the laser beam can be changed into a variety of shapes, and by focusing the beam
at a specific focal length, the laser processing operations of welding, cutting, heat treating, annealing, and sculpturing can be performed. The laser
beam quality is directly related to the quality of the workpiece. Thus, monitoring the size and shape of the laser beam can detect a malfunction of the
laser and beam transfer device and improve the processing quality. It will secure the stability of the processor and reduce processing defects.
5Application areas using fiber laser
Fiber laser is applied to various fields such as laser marking and engraving, cutting, and welding by using low-power pulse lasers to mid-power CW
lasers. It has a great advantage when it comes to beam quality, life span, performance, and maintenance compared to general lasers.