The laser processing technology and application of copper forgings in construction machinery refers to the technology and application field that uses laser as a processing tool to process and treat copper forgings. Laser processing technology is a non-contact processing method, which has the advantages of high precision, high efficiency and no damage, so it has a wide application prospect in the manufacture of copper forgings of construction machinery.
The application of laser processing technology in copper forgings of construction machinery includes the following aspects:
- Cutting: Laser cutting can be achieved by controlling the intensity and focusing position of the laser beam, and precise cutting operation can be performed on the copper forgings, which can achieve the cutting needs of complex shapes.
- Welding: Laser welding is the use of high energy density laser beam to locally heat the copper forging material to the melting point, and by controlling the power and position of the laser beam to achieve welding connection. Laser welding can achieve high strength welding connections, while also being able to quickly complete the welding process.
- Engraving and marking: Laser engraving and marking can be carved and marked on the surface of copper forgings by controlling the power of the laser beam and scanning the trajectory. This processing method can achieve high precision and high efficiency surface treatment requirements.
- Surface modification: Laser processing technology can also control the power and action time of the laser beam to form a melting and resolidification process on the surface of copper forgings to achieve the purpose of surface hardening and modification of copper forgings. Surface modification by laser processing technology can improve the wear resistance and corrosion resistance of copper forgings.
In short, laser processing technology has a wide range of application prospects in construction machinery copper forgings, which can realize the needs of accurate processing, efficient welding and surface treatment of copper forgings, and improve the quality and performance of products.
