Place the laser light of green laser pointer in the tall building or the scenery zone on the top of mountain and so
on.
If you subtract 0.04 ~ 0.05mm original backlash, the ring slot maximum amount of wear of only 0.07mm. Therefore, the strengthening of the laser surface alloying for aluminum alloy is very
effective. Laser cladding and alloying technology for a variety of large-scale shaft parts such as motor and generator set rotor, a variety of molds, rollers, large crankshaft and connecting rod
parts surface hardening and restoration. Alloy, copper alloy workpiece laser cladding. Examples of laser cladding applications: laser cladding repair long 5000mm, roll diameter of the Φ500mm the
large stainless steel roller journal, restored to the long axis of a straight line tolerance is only 0.03mm, the laser cladding repair almost does not cause deformation of the workpiece. The
magical and wonderful beauty of the laser light of green laser pointer can be enjoyed in the range of several miles.Portable receivers of green laser pointer are specially designed for personal
users
Laser surface treatment technologies and applications. Surface technology disciplines means of diversification, a wide range of functionality and practicality of a strong and great efficiency,
laser technology in surface treatment are fully utilized, and play a huge role. The laser technology is the 1960s, the most important scientific and technological achievements, it appears, almost
the entire development of technologies has played a major reform and promote the role. Laser with its high brightness, good direction, good monochromaticity, coherence and unique optical
properties with a number of scientific technology combine to form more than one application.Lead to self-insult off, hot and cold conduction
remove energy resulting rapid cooling of the surface layer and austenite transformation to martensite transformation process. The laser hardening of the basic objective is to improve the wear
resistance. Wear reduction is higher than the hardness of the wear media parts of the surface hardness after laser hardening.
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