Tag: laser cutting

Except laser cutting, laser welding and laser marking technology, laser drilling is also one of the most important processing technologies in the mobile phone manufacturing. Because the laser can concentrate the energy in a very small area and it is controlled through the computer, it is very convenient to satisfy the processing requirement accurately.

It can be concluded that the nanosecond fiber laser has a bigger processing thermal influence to the soft materials like the battery electrode. Its laser beam is easy to cause big damage to the processing area and the surrounding area in processing. However, the picosecond fiber laser will bring fewer damages to the close areas in processing. It is feasible to employ the picosecond fiber laser to replace the traditional processing mean and the nanosecond laser in processing the electrode of the lithium-ion battery.

The automobile manufacturers adopt the advanced steel to weld the on-line laser welding system and employ the fiber laser cutting device to conduct deep processing of the auto sheet. The laser welding equipment of tailored blanks has the full-automatic feeding and blanking mechanical arm as well as the full-automatic workpiece matching organism. Coordinated with the fiber welding connection and welding seam tracking system, it is mainly used to process the metal material products and the sheet workblank of the inner and outer surface of the automobile.

The traditional cutting technology includes flame cutting, plasma cutting, water jet cutter cutting, linear cutting, punch processing and so on. As an emerging technology in the recent years, laser cutting irradiates the laser beam with very high energy density to the workpiece ready to be processed, so that the locality will be heated and melted. Then high-pressure gas is used to blow away the slag and form the cutting seam.

The active carbon filter can absorb the gas, peculiar smell and pollutant inhalable in the air, including the potential dangerous and carcinogenic chemical products and so on. The indoor air will be filtered and cycled through the active carbon filter and then be returned to the surrounding environment or discharged to the outside. This air filtering mean has been certified by the environmental protection agency (EPA). It has become the first choice because of the outstanding adsorptive property of the active carbon, thus being widely used. With the increasing demand to the quality of the indoor air, the manufacturer of the air filtering product can manufacture the standard and customized-designed active carbon filter through the fiber laser technology, so as to reach the requirements of OEM customers. Through using the fiber laser cutting system, the processing speed of most components of these OEM customers has promoted for 60%.

Compared with the traditional processing technology, the advantage of the fiber laser cutter in the food machinery manufacturing is extremely outstanding. The traditional processing mean requires die sinking, punching, shearing, bending and several other links. It has low working efficiency, big mold consumption and high operation cost. All these have hindered the steps of the food machinery industry to conduct innovative development.