The automobile industry is a comprehensive industry developed on the basis of many related industries and related technologies. Today, laser welding machine production lines have appeared on a large scale in the automobile manufacturing industry and have become one of the outstanding achievements of the automobile manufacturing industry. Many automobile manufacturers use laser welding and laser cutting processes. High-strength steel plate laser welding assembly parts are increasingly used in body manufacturing due to their excellent performance. Due to the large volume and high degree of automation in the automobile industry, laser welding equipment will develop in the direction of high power and multi-channel. Laser welding machine is a heat treatment technology that uses laser beam as heat source. Compared with electron beam plasma beam and general mechanical processing, laser welding machine has small laser focus and high power density, and can weld certain alloy materials with high melting point and high strength. There are many other advantages. For example, in the automotive industry. 1. Car welding: Online laser welding in the automotive industry is widely used in assembly and connection of body stamping parts. The main applications include roof cover laser welding, trunk cover laser welding and frame laser welding; another important laser welding application for the body is the laser welding of body structural parts (including doors, body side frames and pillars, etc.). The reason for using laser welding is to increase the strength of the body and solve the difficulties of conventional resistance spot welding in some parts. 2. Laser welded blanks of varying thickness: Using laser welded blanks of varying thickness in car body manufacturing can reduce the weight of the car body, reduce the number of parts, improve safety and reliability, and reduce production costs. 3. Welding of gears and transmission parts. In addition, various parts of the gearbox can be welded on this equipment, especially the differential case and drive shaft in the automobile gearbox, which are usually welded after the production of individual parts. In order to adapt to the welding of various parts, a spacious maintenance door is set inside the equipment, which is very convenient and time-saving for replacement or maintenance. A new conveying method is adopted, which greatly improves the flexibility of the workpiece conveying channel and greatly reduces the replacement time in small batch production. The laser welding machine for automotive parts adopts a double-station working platform, robot intelligent operation, and is equipped with a swing welding head. It collimates the parallel light through a collimating lens and focuses it on the workpiece for welding. Using a simple universal instrument, it can perform flexible transmission and non-contact welding on welding precision parts that are difficult to access in large molds, thus having greater operational flexibility. Product features of laser welding machine for automotive parts: 1. A manipulator with fiber laser can greatly improve production efficiency. 2. The flexible working platform can design fixture combinations according to customer needs to meet the needs of automated welding production. 3. Continuous wave output, good welding compactness and high strength. 4. The laser heat is concentrated, the welding speed is fast, and the thermal deformation is small. 5. Non-contact atmospheric welding process. Because the energy comes from the laser, there is no physical contact with the workpiece, so no force is applied to the workpiece, and the magnetic field has no effect on laser welding. 6. Due to the low average heat input and high processing accuracy, the processing cost can be reduced. In addition, the operating cost of laser welding is low, which can reduce the cost of the workpiece. 7. It is easy to automate, and the beam intensity and fine positioning can be effectively controlled.

At present, laser welding equipment has penetrated into our lives and has been used more and more widely, especially in many industries, gradually replacing traditional welding methods. The industry application of laser welding machine involves the following industries: Sanitary ware industry: welding of water pipe joints, reducers, tees, valves and showers. Eyewear industry: precision welding of stainless steel, titanium alloy and other materials for the buckles and outer frames of glasses. Hardware industry: welding of impellers, kettles, handles, etc., complex stampings and castings. Automotive industry: engine cylinder gaskets, hydraulic tappet seal welding, spark plug welding, filter welding, etc. Medical industry: welding of medical equipment, stainless steel seals and structural parts of medical equipment. Electronic industry: sealing and breaking welding of solid-state relays, welding of connectors and connectors, welding of metal shells and structural parts such as mobile phones and MP3s. Motor housing and connectors, welding of optical fiber connector joints, etc. Household hardware, kitchenware and bathroom, stainless steel door handles, electronic components, sensors, clocks, precision machinery, communications, handicrafts and other industries, automotive hydraulic tappets and other industries have high strength products. Almost all of these industries use laser welding equipment. The advantages of laser welding machine are concentrated energy, no pollution, small welding spot, wide range of weldable materials, strong applicability, high efficiency and high-speed welding. At the same time, products with the following requirements are also suitable for laser welding.

Laser welding or laser beam welding (LBW) is a process that uses a concentrated heat source in the form of a laser to melt the materials, which fuse together as they cool down. It is a versatile process since it can weld thin materials at rapid welding speeds while running narrow and deep welds for thicker materials.

A laser printer is a printing machine that uses a laser beam to print text and graphics on the surface of various materials. Its working principle is to use a high-energy-density laser beam to locally irradiate the workpiece, causing the surface material to vaporize or undergo a chemical reaction that changes color, thereby leaving a permanent mark.

UV Laser Feature: High-Contrast Marking Compared with standard laser light (1064 nm) and green laser light (532 nm), UV laser light has a remarkably higher material absorption rate. This means more highly visible marks can be achieved with less power, ensuring a damage-free mark.

In simplest terms, laser marking is a permanent process that uses a beam of concentrated light to create a lasting mark on a surface. Typically performed with a fiber, pulsed, continuous wave, green, or UV laser machine, laser marking encompasses a wide variety of applications.