Materials for a variety of laser beam processing, such as drilling, cutting, scribing, welding and heat treatment. Laser
processing has many advantages: (1) laser power density, the workpiece absorbs laser light and temperature increases, melting
or vaporization, even if the melting point, high hardness and brittle materials (such as ceramic, diamond, etc.) can also be
used in laser processing; â'¡ laser head not contact with the workpiece, there is no tooling wear problems; â'¢ workpiece free
from stress, pollution is not easy; â'£ can be on the movement of the workpiece or sealed in a glass shell material
processing; â'¤ laser beam divergence angle of less than 1 milli-arc spot diameter can be as small as micrometers, the role of
time can be short to the nanosecond and picosecond high-power laser continuous output power up to a kilowatt to kilowatt
order of magnitude, and therefore suitable both for laser precision microfabrication, but also appropriate large-scale
materials processing; the â'¥ laser beam is easy to control, easy and precision machinery, precision measurement technology
and computer, highly automated processing and to achieve high machining accuracy; â'¦ in harsh environments or other
inaccessible places. available robot laser processing.
Has laser processing techniques include: laser rapid forming, laser welding, laser drilling, laser cutting technology, laser
marking, laser to re-balance technique, laser etching, laser trimming, laser storage technology, crossed laser technology,
laser cleaning technique, laser heat treatment and surface treatment technology.
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