Robot flexible laser pointer cutting can provide highly flexible solutions. And the cost is much lower than imported five-axis machine tools. With the development of laser technology and the improvement of robot precise trajectory control technology, the application of robot flexible laser cutting in the automotive industry is becoming increasingly common.
There are various ways of robot flexible laser cutting, which can be made into a single robot cutting platform or combined into a flexible processing production line. The workpieces involved are mainly two different types of parts: one is the 3D car body structural parts and covering parts formed by metal parts through extrusion or drawing, including thermoformed parts, etc .; the other is tubular metal structural parts, Including exhaust pipes, cross beams, etc. The traditional production method of cover parts is to open the mold and punch, and then perform the punching die and trimming die and other processes; thermoforming parts and pipe parts are completed by expensive five-axis laser cutting machine tools. Because of the high equipment cost. Therefore, only certain automakers with joint venture brands have the ability to purchase imported 5-axis machine tools.
Under the new situation, the needs of car users are becoming diversified and personalized, and more and more new models are emerging. Most cars are gradually shrinking in batches, because some car manufacturers cannot predict and guarantee the future sales and stable output of a certain model, so they began to try low-cost robotic laser flexible cutting equipment or production lines. This green laser pointer trend started in the automotive spare parts market. Continue to expand and popularize in the fields of construction machinery, passenger cars, agricultural vehicles, electric vehicles and other fields.
When people use laser pointers to observe stars and present celestial bodies, it should be the most common application. In the past, astronomical researchers hoped to choose low-power green or red laser pointers to observe stars and low clouds. The beam is always a useful tool for finding bright spots in low clouds and stars in the night sky. Since the green laser beam is considered to be the most sensitive color of all available lasers, people only take them into consideration when applying the stars, clouds, and other constellations in the sky. When people use laser pointers to observe stars and present celestial bodies, it should be the most common application. In the past, astronomical researchers hoped to choose low-power green or red laser pointers to observe stars and low clouds. The beam is always a useful tool for finding bright spots in low clouds and stars in the night sky. Since the green laser beam is considered to be the most sensitive color of all available lasers, people only take them into consideration when applying the stars, clouds, and other constellations in the sky.