In the marine environment, improving the corrosion resistance of metal materials is an effective protective measure. Among many surface treatment technologies, laser surface cladding technology has a good effect in improving the corrosion resistance of metal surfaces.

Due to the harsh working conditions of oil wells, many downhole tools bear long-term loads and are used under corroded and worn working conditions, causing them to fail and destroy prematurely, thereby shortening their lifespan. For example: large rotor journals, roulettes, sleeves, bearings, oil drill collars, etc. However, these parts are often very expensive, involving many types of parts, in complex shapes, and with large differences in working conditions. Suspension of production for maintenance and replacement of components not only increases material costs, but also affects oilfield production and brings many losses. Most oil drilling industries choose laser cladding technology to prepare and repair the hard coating in the wear area of large parts. There is no need for preheating, and the subsequent processing volume is small, which shortens the repair cycle and improves the surface hardness and corrosion resistance of the workpiece. And the wear resistance greatly improves the

Today, I will introduce a method for pick repairs, the laser cladding machine. The application of this equipment enables the pick to achieve the greatest economic value.

According to statistics, in 2000 our country agricultural mechanization degree already reached 48%. However, there is still a big gap between China and developed countries in terms of product reliability, safety, durability and adaptability due to the low level of agricultural mechanization manufacturing technology in China. For the traditional agriculture which develops relatively slowly, the advanced laser technology is applied to the agricultural field, among which the most eye-catching is the laser cladding technology for the repair and strengthening of agricultural machinery.

There is a question always asked when we deal with big and costly machines: when some components are worn out, should we just throw it away and buy a new one, or we have them repaired or even enhanced? No matter from economical or environmental perspective, the latter is chosen by the majority, and there comes the repair methods for metal, such as welding overlays and chromium plating. But such solutions has very obvious shortcomings that have caused issues to the users, so laser cladding, as a revolutionary surface enhancement technology, come into our sight to dominate the metal repairing industry.