What is a guide wheel? In the steel mill, the guide wheel is a component that plays a guiding and supporting role. It is usually installed in many links such as the rolling production line and conveying equipment. For example, in the rolling process of strip steel, the guide wheel is located at the entrance …
How To Repair Guide Wheels by Laser Cladding Machines? Read More »
Laminar flow rollers play a key role in the strip cooling and transport process in steel plants. When the strip passes through the laminar cooling area during continuous production, the laminar flow rollers are responsible for supporting and guiding the strip to run smoothly. Laminar flow cooling usually uses a large amount of cooling water …
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The working environment of the parts of metallurgical equipment in steel plants is mostly high temperature, high variable load, alternating hot and cold, corrosion, wear and fatigue conditions. Various types of rolls, conveying rolls, and supporting rolls are prone to corrosion and wear, and require regular replacement and maintenance. When producing and processing metal sheets, …
In the field of metal processing, the quality and performance of Press Brake dies are of paramount importance. It directly affects the accuracy, appearance and production efficiency of the product. For Specific Press Brake dies Inc. in the United States, continuous exploration of more advanced processing technologies to meet the growing needs of customers is …
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Our laser cladding machine is processing a piston rod in Indonesia. Besides the basic components, this solution includes a FANUC robot and a turntable, and our customer use it to process the parts of coal mine equipment.
The drawbacks of regular laser cladding, such as low processing efficiency and high processing cost, have been considerably overcome by high-speed laser cladding technology. However, people’s desire to improve processing efficiency and lower processing costs is limitless. The question of how to continue to minimize processing costs is a key aspect of high-speed laser cladding …
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Laser cladding technology is a process in which selected coating alloy powders are placed on the surface of the substrate using various filler methods and irradiated with high-energy laser beams to act on the substrate’s surface and rapidly melt, expand, and solidify. The covering layer is then created in conjunction with the underlying material. This …
Laser cladding is a new technique that may be used to make, repair, and reinforce metal objects. It has found widespread application in aircraft, vehicle manufacture, the petrochemical sector, and other industries. The performance of the powder feeder, as one of the fundamental components of cladding equipment, will directly impact the quality of the cladding …
With the growth of science and technology in recent years, high-speed laser cladding has grown significantly, and laser industry and metal surface processing sector have also attracted significant and broad attention. The major reasons are: high-speed laser cladding provides higher processing efficiency, higher processing precision, lower future processing costs, and a minimal quantity of heat …
What Is The Difference Between High-Speed And Regular Laser Cladding? Read More »
This article will discuss the fundamentals and distinctions of laser cladding and Laser alloying, as well as provide a quick description of the benefits over competing approaches. What is Laser Cladding？ Laser cladding is a procedure that deposits specific coating materials onto the surface of a substrate using various filler methods. After being irradiated by …