The process of laser pointer should be improved

 The laser pointer has several types to be suitable to different purposes.
The laser shock hardening technology can improve the mechanical properties of metallic materials, to prevent cracks and expansion, to improve the strength and hardness of steel, aluminum, titanium alloys, to improve its anti-fatigue properties. Laser strengthening can improve the deposition rate of the metal plating technology, speed 1000 times faster than the non-laser irradiation on the micro-switch, precision instruments, parts, production and repair of microelectronic devices and LSI have a significant meaning. Change technology enables the electric degree of layer firmness Aung 100 ~ 1000 times. In shipbuilding, automobile manufacturing and other industries, often one hundred watts to 10,000 watts of continuous CO2 laser for cutting large workpieces, both to ensure accurate spatial shape of the curve and a relatively high processing efficiency. The director will perform the determination of function of radius of laser pointer .
The process of laser pointer should be improved
The cutting of small workpieces commonly used in low-power solid-state lasers or CO2 lasers. In microelectronics, the commonly used laser cutting program silicon or cut a slit, fast, small heat affected zone. With a laser line on the workpiece lettering or marking does not affect the speed of the assembly line, depicts the character can be retained in perpetuity. Laser glazing for Materials Modification by promising, its low cost, easy to control and replication, is conducive to the development of new materials. Laser glazing with flame spraying, plasma spraying, ion deposition, control organizations, to improve the surface abrasion resistance, corrosion resistance, has broad application prospects. Different powers of laser pointer can meet different requirements.
Electronic materials, magnetic materials and electrical materials after laser glazing for measuring instruments is highly desirable. The required strength. Laser surface hardening technology is based on the high energy density of the laser beam heating and artifacts rapid self-cooling process in metal materials laser surface hardening, when the laser beam energy density at the low end can be used metal material surface phase transformation strengthening, when the laser The beam can even density in high-end, the surface spot out quite a moving crucible, to be completed by a series of metallurgical processes, including surface melting, the surface by carbon, surface alloying and surface cladding.