Know more about laser cladding technology.
1. Overview Thank you for purchasing our products! Please read this manual carefully before use, which will help you use the equipment better. This manual covers the instructions of the LYPA2S pneumatic double-barrel powder feeder, including precautions for use, product description, maintenance, troubleshooting, after-sales service and other aspects. This manual only introduces its main core […]
Laser welding is a high-efficient and precise processing pattern using high-density laser beam as its heat source. It is critical to the wide application of laser technology. Now, the application fields of laser welding has increasingly expanded its applicable fields, including manufacturing, powder metallurgy, automotive production, electronics, biomedicine and other fields aiming at BT20 titanium […]
Although laser cladding has been rapidly developed in past years and widely applied in some industrial fields, there are still some technical problems unsolved. ① Bonding between cladding layer and substrate. Ideally, there should be tight, low-dilution and narrow interdiffusion belt between coating and substrate materials. Such metallurgical bonding mainly depends on the property of […]
1. Operators must adhere to the following requirements to ensure the safety of personnel and equipment 1)Do not enter the laser processing area when the equipment is running. 2)Personnel without professional training are prohibited from operating this laser cladding equipment. 3)Do not press the start button on the console during major maintenance of equipment to […]
Laser cladding, an emerging surface treatment technology, has been widely popularized and applied in metal surface modification and metal spare parts repair in large area. As for cladding materials, there is a wide range of varieties, such as nickel-, iron-, cobalt-base alloy and ceramic phase materials, of which composition is free from metallurgical thermodynamics. Using […]
Laser cladding mainly uses iron-, nickel, cobalt-base alloy and metal ceramic, of which specific performance depends on texture and phase composition of cladding layer. Meanwhile, their chemical components and cladding crafts can decide overall properties of cladding layer. Among them, iron-base powder is used for wear and corrosion resistance and ideally right for fields where […]
Laser cladding is a new technology regarding high-density laser beam as heat source to clad metal powders on the surface of spare parts in order to make out of quality protective coating, so that spare parts surface will be stiffer and more resistant to wear, corrosion, oxidation and high temperature. With it, cladding layer is […]
Laser cladding, via synchronized or preset powder feeding, uses high-density laser beam to melt substrate and additive materials in the meantime, then, they will solidify quickly to form a metallurgical bonded coating together with the substrate. Its aim is to make substrate more resistant to wear and corrosion. Thermal spraying is a surface treatment technology […]
Nowadays, laser cladding has increasingly grabbed market share of chrome electroplating in hi-end equipment manufacturing field as an emerging surface treatment craft. In spite of simple technological process and low operating costs, chrome electroplating is still unfriendly to environment protection ascribing to its hexavalent chromium, a kind of heavy metal generated from surface repair. Given this, […]
Laser cladding is a kind of remanufacturing craft that uses high-energy laser beam to clad a metallurgical bonded cladding layer featuring high hardness and good heat stability on metal surface. Due to rapid heating caused by high energy density of laser beam, the laser cladding has tiny thermal effect on base materials and gives rise to small […]
