With the development of large-scale manufacturing industries such as First Shipbuilding, Aviation Manufacturing, and Automotive Manufacturing, traditional welding techniques can no longer meet their requirements. Especially in the aviation manufacturing and shipbuilding industries, the fuselage and hull are generally made of special alloy materials, which are difficult to weld, require high strength, and have high welding accuracy. These are all tasks that traditional welding cannot complete. The emergence of high-power fiber laser welding machines has brought breakthroughs in welding technology for large-scale manufacturing industries. Fiber laser has unique advantages such as good beam quality, small size, light weight, maintenance free, air cooling, simple operation, low operating costs in industrial environments, long service life, high processing accuracy, fast speed, high electrical energy conversion efficiency, intelligence, automation, and flexible operation. Fiber laser welding machines of several kilowatts or even several kilowatts can only meet the laser welding of metal and alloy materials, such as shipbuilding and aviation manufacturing.
The Laise laser high-power mold laser welding machine adopts a dual lamp high-power laser welding machine to meet the needs of copper, aluminum, mold and product welding processing.
There are many methods for laser welding products, which vary depending on the product. Below, the editor of Guangzhou Laise Laser has compiled several commonly used welding methods....
The laser etching on the ceramic substrate creates a distinct fracture line in the material, allowing it to be cleanly and precisely separated into individual sections....
With the continuous upgrading of laser welding technology, there has been a qualitative leap in laser welding technology. At present, laser welding machines have been widely used in high-tech electronics, automotive manufacturing, precision machining and...
Industrial laser cutting is a fast, repeatable metal processing method that can accurately cut a variety of workpieces and efficiently utilize materials. Advantages of laser cutting include high-quality cut edges, non-contact processing, suitability for m...