chanelink logo
CHANELINK
English

Laser cladding method improves the surface performance of parts

213
2023-12-28 13:57:11
See translation

Laser cladding, also known as laser metal deposition, is a process of depositing one material onto another.
When the laser beam scans the target surface, metal powder or wire flow is fed into the molten pool formed by the laser beam, thereby producing the required material coating.

The laser cladding method improves the surface properties of the parts, such as wear resistance, and allows for the repair of damaged or worn surfaces.
One of the most precise welding procedures is used to establish this mechanical connection between the substrate and layer.

Laser cladding has improved the performance of industrial products by producing protective layers to prevent wear and corrosion.

Engineers can use universal base metal alloys to design parts, which helps protect natural resources.
Then, the components are locally laser melted with high alloy materials to provide appropriate performance characteristics.

Laser cladding is also a method used to restore and remanufacture high-value components into their original shape.

In addition to the shape of fixed parts, selecting additive manufacturing materials with better wear characteristics than the original components can also improve service life and performance.

Source: Laser Net

Related Recommendations

  • Amada launches latest precision laser welding workstation wl-300a

    Recently, Amada weld tech Inc., a Japanese supplier of welding and cutting solutions, grandly launched a new wl-300a precision laser welding workstation, which is equipped with advanced continuous wave (CW) or quasi continuous wave (QCW) fiber lasers. It has a wide range of applications, especially for metal welding and processing of selected plastic materials, especially in the aerospace field.Wl...

    2024-05-31
    See translation

  • Multi functional materials for solar cells and organic light-emitting diodes to achieve high performance and stability

    Through joint research, a team developed a 4-amino-TEMPO derivative with photocatalytic performance and successfully used it to produce high-performance and stable fiber like dye sensitized solar cells (FDSSCs) and fiber like organic light-emitting diodes (FOLEDs). This paper was published in the journal Materials and Energy Today.The developed 4-amino-TEMPO derivatives have the characteristic of ...

    2024-06-03
    See translation

  • Cambridge scientists have achieved the long-sought quantum state stability in new 2D materials

    Scientists at the Cavendish laboratory have discovered the spin coherence of hexagonal boron nitride (hBN) under normal conditions, providing new prospects for the application of quantum technology.Researchers at Cavendish Laboratory have found that a single "atomic defect" in a material called hexagonal boron nitride (hBN) maintains spin coherence at room temperature and can be manipulated using ...

    2024-05-27
    See translation

  • The globalization of three-color laser technology will be further accelerated

    Recently, the IFA2023 Consumer Electronics Show in Berlin, Germany opened, Hisense exhibited "three-color laser projection family bucket" attracted the attention of media and tourists from all over the world.Since Hisense's young fashion brand Vidda launched a series of three-color laser projection, its accumulation based on three-color laser technology is competing globally and has become a...

    2023-09-04
    See translation

  • Comparison of Blue and Infrared Wavelength in Pure Nickel Laser Deep Fusion Welding Process

    It is reported that researchers from BIAS Bremer Institution f ü r angewandte Strahltechnik GmbH in Germany have reported a comparative study of laser deep penetration welding processes for pure nickel using blue and infrared light wavelengths. The related research was published in Welding in the World under the title "Process comparison of laser deep penetration welding in pure nickel using blue ...

    2024-08-13
    See translation