HIPHDWP-LA

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HIPHDWP-LA (High Power High Dynamic System with Laser Assist) is a type of advanced laser processing system often used for laser welding and related applications. It features a high power output and high dynamic performance to achieve high weld quality and an efficient welding process. The system also features a range of unique features and promising benefits that can significantly contribute to enhanced manufacturing efficiency. This article will explore some of the applications of HIPHDWP-LA and its working principle.

Applications and Uses of HIPHDWP-LA

HIPHDWP-LA is usually employed in industries such as automotive and aerospace, as well as medical device, electronics, shipbuilding, micro-welding, and jewelry production. It is especially well-suited for applications that require high precision and accuracy, such as welding thin materials and connecting complex shapes or parts. HIPHDWP-LA can be used in various types of materials, including metals, glass, plastics, ceramics, and composites. It also provides a high level of energy conversion efficiency, which is suitable for small materials with contact area.

In the automotive industry, HIPHDWP-LA can be used for welding components, such as bumpers, grilles, and body panels. It can also be used for welding two different types of material, such as aluminum and steel. In the aerospace industry, the system can be employed to weld components such as airframes, engine parts, and fuel tanks. In the medical device and electronics industry, HIPHDWP-LA can be employed to weld components such as implants, pacemakers, stents, and small electronic components. In shipbuilding, HIPHDWP-LA can be used to weld steel plates, flanges, and other components.

Working Principle

At the heart of HIPHDWP-LA is a high power diode laser that is capable of producing high power output up to 12 kW. The laser beam is generated by a Nd:YAG laser, which is then transmitted through fiber-optic cables. The beam is then directed to the workpiece. As the beam is directed towards the workpiece, it is focused by an optical system and guided to the exact weld point using a high-speed x-y scanner. The laser beam then melts the material at the weld joint. The heat generated is further maximized by using laser assistance technologies such as plasma diversion and heat cycling, which result in lower distortion and improved weld quality.

HIPHDWP-LA also features a unique technology called “Laser-Assisted Pulse (LAP)”. This technology takes advantage of a unique combination of focal length, spot size, pulse duration, and power to create an extremely precise pulse heating effect. This process minimizes thermal diffusion and minimizes weld distortion, resulting in a much higher quality weld than traditional methods. The LAP technology also results in a faster process cycle time for improved efficiency.

Conclusion

HIPHDWP-LA is a powerful and highly efficient laser processing system that can offer a wide range of applications in various types of industries. The system features a high power output and a high dynamic performance for improved productivity and weld quality. It also offers a unique Laser-Assisted Pulse (LAP) technology which provides for precise and high-quality welds. Moreover, the system is also energy efficient, making it an excellent choice for welding small objects with contact area.

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