Nuestra máquina de revestimiento láser está procesando un vástago de pistón en Indonesia. Además de los componentes básicos, esta solución incluye un robot FANUC y una plataforma giratoria, y nuestro cliente lo utiliza para procesar las piezas de equipos de minas de carbón..
Las desventajas del revestimiento láser convencional, tales como baja eficiencia de procesamiento y alto costo de procesamiento, have been considerably overcome by high-speed laser cladding technology. Sin embargo, El deseo de las personas de mejorar la eficiencia del procesamiento y reducir los costos de procesamiento es ilimitado.. 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 …
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Con el crecimiento de la ciencia y la tecnología en los últimos años, El revestimiento láser de alta velocidad ha crecido significativamente, y la industria del láser y el sector de procesamiento de superficies metálicas también han atraído una atención amplia y significativa.. Las razones principales son: El revestimiento láser de alta velocidad proporciona una mayor eficiencia de procesamiento, mayor precisión de procesamiento, menores costos de procesamiento futuros, and a minimal quantity of heat …
¿Cuál es la diferencia entre el revestimiento láser normal y de alta velocidad?? Leer más »
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 …
What is laser Cladding? A stream of metallic powder or wire is fed into a melt pool created by a laser beam as it scans across the target surface, producing a coating of the chosen material. Read More：Laser Cladding Unlimited Guide In 2023 laser Cladding Process What is Laser Melting? Laser metal is an additive …
What Is Laser Cladding？ Heat concentration, quick heating, fast cooling, and a tiny heat-affected zone are all significant aspects of laser cladding. Other heat sources cannot compete with the properties of melting between various materials. This unique heating and cooling process produces in the casting area. Its structure is also distinct from that of conventional …
What Is Laser Cladding？ The method of laser cladding metals and alloys involves using a laser as a heat source to melt the addition material and form a coating on the surface of a product. Powder injection is commonly used to produce a protective coating for better functioning as well as to repair damaged or …
Laser cladding and chrome plating are two notable surface treatment processes that play important roles in industrial applications. Although both attempt to improve material surface qualities, they differ in their operating principles, application regions, and advantages and disadvantages. To begin, Laser Cladding is a high-tech surface treatment technology that uses a high-energy density laser beam …