At present, many metal products are replaced by titanium alloy. Titanium alloy rods and titanium alloy plates are often used in parts and machinery. Therefore, there are many places for repair and welding, ranging from defects in process technology and titanium equipment production to defects in parts, Problems caused by differences in cracks and dimensions have seriously affected the progress of model development.
From the combined analysis of the characteristics of laser welding machines and the performance of titanium alloys, the use of laser technology for repairing large devices can often avoid the strict requirements of traditional manufacturing technology on equipment and large-sized raw materials. Complex cavity structures can be easily solved. Therefore, Laser technology is the only choice in terms of cost and materials in the welding of titanium alloy equipment.
During welding repair, titanium alloy equipment has replaced technical applications in other industries, especially high-tech applications, such as: external structures of engines, machine parts and other products, because of its higher strength and corrosion resistance than other materials. , not only reduces the weight of the product itself, but also improves the quality and safety of the machine. In order to be fully applied, in the production process, it is often necessary to use a variety of facilities. For example, a laser welding machine is required for welding repairs, and marking is also required. Laser machines can be used as the main equipment. Therefore, titanium alloy materials and laser equipment are also interconnected.
The laser welding machine is used to weld titanium alloys from large parts to process products. Fixtures can be used to install them to achieve high-efficiency production. The precision products, regardless of their complex structures, are not restricted by the operation of the laser welding machine. For various All specifications and shapes can be used efficiently and quickly. In terms of quality, there is also a high-performance and rapid integration that is unmatched by other equipment. It exceeds the application level of traditional equipment. Such fast and efficient application can shorten the cycle from repair to welding far. , so it also saves a lot in cost and has a more cost-effective matching.
Laser welding repair technology emerged as the times require. Compared with conventional repair technology, it has the characteristics of high repair performance, good equipment accessibility, small part size restrictions, short repair cycle, and low overall cost. It is suitable for expensive titanium alloys such as titanium alloys. The repair of parts can maximize the recovery of parts that cannot be repaired by conventional technology (including parts for operating aircraft), and provides a new and fast solution to problems, damage, corrosion, etc. that occur during the development of high-tech and the use of parts.
