Recently, the laser intelligent equipment company Bond Laser launched a new technology "Shining Cutting Device", which has aroused widespread concern in the industry. The "bright cutting module" breaks through the diarrhea of the traditional laser pointer cutting aluminum alloy residual burr, and opens a new era of aluminum sheet cutting and one-time smooth molding.
With the maturity of fiber lasers, laser cutting has long replaced traditional metal processing technology, becoming the mainstream of sheet metal processing. The laser cutting precision is high, the cutting speed is fast, and the technology has unique advantages. The fly in the ointment is that when laser cutting aluminum alloy material, there will be problems of residual burrs (metal slag) on the cutting surface and rough cutting surface, which requires secondary grinding of the cutting workpiece, which takes a lot of time and extra cost. This problem has plagued the field of sheet metal processing for many years, and many laser companies have tried to solve it, but they have stopped at the technical limit.
In the face of technical difficulties, Bond Laser has resolutely challenged itself and independently developed a groundbreaking laser bright surface cutting special equipment. The special equipment for laser bright surface cutting can be equipped on the laser cutting machine. After being equipped, the surface of the finished aluminum alloy material is smooth and shiny, and no need for time-consuming and costly secondary grinding process. This is undoubtedly the gospel in the field of sheet metal processing.
It is reported that before the launch of the "Shining Cutting Device" technology, the "Smooth Cutting" process technology that Bond Laser has launched in the early stage, this technological breakthrough is the upgrade and solidification based on "Smooth Cutting". The "Shining Cutting Device" integrates the main advantages and features of the "Smooth Cutting" process, while greatly reducing the customer's operating threshold and difficulty of use, and has a very strong generalization.
Compared with the first two processes, the laser pointer technology advantage of the "Shining Cutting Device" is:
First, both Normal Cutting and Smooth Cutting need to be trained to be proficient in operation, and the "Shining Cutting Device" is easy to operate and can be mastered without learning.
Second, the "Shining Cutting Device" processing effect is amazing. The surface of the cut workpiece is smooth and delicate, and it is bright and does not require secondary grinding.
Third, the "Shining Cutting Device" greatly improves the processing efficiency and reduces the production cost.
For example, the time comparison between the processing of the same batch of aluminum sheet sheets (3000*1500) before and after the installation of the “Bright Cutting Module” of the 4KW laser:
The same effect is achieved by only 1/2 to 1/3 of the previous working hours, while eliminating the cost and production floor of the secondary processing equipment for deburring.
Fourth, the "Shining Cutting Device" is safe and environmentally friendly. In the era of Normal Cutting, the company produced a large amount of aluminum powder dust during the secondary grinding of the burred cutting workpiece. Aluminum powder not only pollutes the environment, but also is prone to explosion after mixing with air, which is a potential source of danger. The bright-cut module technology prevents companies from inadvertently violating the Environmental Protection Law of the People's Republic of China and circumventing the potential explosion of aluminum powder.
Fifth, the "Shining Cutting Device" is simple to install, has strong compatibility, and does not interfere with the use of normal cutting software.
Sixth, "Shining Cutting Device" is highly applicable and can be used to cut sheets of different thicknesses.
The technical advantage of the "Shining Cutting Device" is obvious. It really makes the laser pointer cutting process fast, accurate, environmentally friendly and energy efficient. The emergence of this technology marks a major step forward in laser application technology, and the history of human laser cutting has opened a new page.