The laser cutting machine using the U-shaped tube laser head can perform processing required by various processes on the three-dimensional processing object. The three-dimensional laser cutting machine can work on any surface without manually dropping the positive angle.
The sheet metal covering parts of auto parts including machine cover, rear cover box, water tank frame, bumper, fender, door and chassis parts of ingot beam, control arm, rear axle, etc. often require three-dimensional cutting, including trimming And punching and so on.
The scope of application of materials. Suitable for metal materials such as stainless steel, carbon steel, alloy steel, silicon steel, galvanized steel plate, nickel-titanium alloy, inconel, aluminum, aluminum alloy, titanium alloy, copper, etc. It is widely used in various manufacturing industries such as aerospace, automobile and ship, machinery manufacturing, elevator manufacturing, advertising production, household appliance manufacturing, medical equipment, hardware, decoration, and metal processing services.
Three-dimensional laser cutting machines are widely used in various manufacturing industries such as aerospace, automobile and ship, machinery manufacturing, elevator manufacturing, advertising production, household appliance manufacturing, medical equipment, hardware, decoration, and metal processing services.
Safety, comfort, energy saving and environmental protection have always been the themes of the development of the world’s automobile industry? Laser technology is one of the main processing methods in modern automobile production? Its development is mainly centered on this theme and combined with the own characteristics of the profession. of. The automotive industry is one of the most used areas of laser processing. According to relevant statistics, 50%-70% of the parts and components of industrial developed countries in Europe and the United States are finished by laser processing. In 1998, there were more than 3000 laser processing machines used in the automotive industry in the world? And hundreds of laser processing machines were put into use every year. There are thousands of low-power lasers used in the automotive industry for detection and rapid prototyping.
Using automatic robot motion technology, equipped with a professional high-precision laser head, the laser output power is stable, the processing area is large, and it can be used for sheet metal, stainless steel, etc.
Various metal materials of different thicknesses are precisely cut and processed. Equipped with a five-inch LCD screen and an offline CNC system, the operation is more convenient.
- Laser type Fiber laser
- Laser output power 100W, 150W, 300W, 450W, 600W
- Working area 1300mm×900mm
- Cutting platform Strip work platform
- Cutting (idle stroke) speed 0-48000mm/min
- Positioning accuracy ≤0.01mm
- Motion system Servo motion system
- Power supply AC220V±5% / 50HZ
- Support graphics formats AI, BMP, PLT, DXF, DST, etc.
- Standard configuration: follow-up smoking system, constant temperature chiller, 550W smoke exhauster, micro air compressor
- Optional laser processing technology accessory box, CCD intelligent camera positioning system, Z-axis automatic tracking
Three-dimensional laser cutting utilizes the flexible and fast action performance of industrial robots. According to the size of the workpiece to be cut and processed by the user, the robot can be installed or flipped for teaching programming or offline programming for different products and different trajectories. The six-axis loaded fiber laser cutting head performs three-dimensional cutting of irregular workpieces; the fiber laser cutting head is equipped with a follow-up device and a light path transmission device. The laser is transmitted to the cutting head by optical fiber, and then the focusing system is used to focus. Sheet metal has developed multiple sets of focusing systems to cut a variety of three-dimensional metal sheets in multiple directions to meet customer needs.
Car body-in-white top cover laser welding equipment This equipment is used for car body-in-white top cover welding? The equipment consists of two robots, a fiber laser, a wire feeder, a welding head, a laser protection room and a floor fixture. At work, a robot is used to carry a laser welding head for welding. The top cover fixture is transported by the robot? The positioning is formed by matching with the positioning support frame on both sides through 4 V-shaped positioning blocks. The 4 clamping cylinders on the positioning support frame clamp the top cover fixture. There is a quick-change device between the top cover fixture and the robot? It can switch between multi-model tooling. Different from the traditional spot welding process? Laser welding can achieve a molecular bond between two steel plates? Generally speaking, the hardness of the welded steel plate is equivalent to a whole steel plate, thereby increasing the strength of the car body by 30%. The bonding accuracy of the car body is the same. Greatly improved? On the other hand? Can reduce the overlap width and some strengthening parts? Can also compress the volume of the body structure itself? So as to reduce the weight of the body.
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