Company News
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Dual-focus laser welding technology
Dual-focus laser welding technology is an advanced laser welding method that uses two focal points to improve the stability of the welding process and the quality of the weld. This technology has been studied and applied in many aspects: 2. Application research of dual-focus laser welding: In th...Read more -
Laser cutting and its processing system
Laser cutting application Fast axial flow CO2 lasers are mostly used for laser cutting of metal materials, mainly because of their good beam quality. Although the reflectivity of most metals to CO2 laser beams is quite high, the reflectivity of the metal surface at room temperature increases with...Read more -
Laser cutting equipment and its processing system
Components and working principles of laser cutting machine Laser cutting machine consists of laser transmitter, cutting head, beam transmission component, machine tool workbench, CNC system, computer (hardware, software), cooler, protective gas cylinder, dust collector, air dryer and other compon...Read more -
The mechanism and suppression scheme of laser welding spatter formation
Definition of Splash Defect: Splash in welding refers to the molten metal droplets ejected from the molten pool during the welding process. These droplets may fall on the surrounding working surface, causing roughness and unevenness on the surface, and may also cause loss of molten pool quality, ...Read more -
Introduction to High Power Laser Arc Hybrid Welding
Laser arc hybrid welding is a laser welding method that combines laser beam and arc for welding. The combination of laser beam and arc fully demonstrates the significant improvement in welding speed, penetration depth and process stability. Since the late 1980s, the continuous development of high...Read more -
Laser and its processing system
1. Principle of laser generation The atomic structure is like a small solar system, with the atomic nucleus in the middle. The electrons are constantly rotating around the atomic nucleus, and the atomic nucleus is also constantly rotating. The nucleus is composed of protons and neutrons. Protons...Read more -
Introduction to laser galvanometer
Laser scanner, also called laser galvanometer, consists of X-Y optical scanning head, electronic drive amplifier and optical reflection lens. The signal provided by the computer controller drives the optical scanning head through the driving amplifier circuit, thereby controlling the deflection o...Read more -
How to choose the right laser source for your cleaning application?
As an efficient and environmentally friendly cleaning method, laser cleaning technology is gradually replacing traditional chemical cleaning and mechanical cleaning methods. With the country’s increasingly strict environmental protection requirements and the continuous pursuit of cleaning q...Read more -
Special topic on modern laser welding technology – double beam laser welding
The dual-beam welding method is proposed, mainly to solve the adaptability of laser welding to assembly accuracy, improve the stability of the welding process, and improve the quality of the weld, especially for thin plate welding and aluminum alloy welding. Double-beam laser welding can use opti...Read more -
Ultrafast laser micro-nano manufacturing-industrial applications
Although ultrafast lasers have been around for decades, industrial applications have grown rapidly in the past two decades. In 2019, the market value of ultrafast laser material processing was approximately US$460 million, with a compound annual growth rate of 13%. Application areas where ultrafa...Read more -
The mechanism and suppression scheme of laser welding spatter formation
Definition of Splash Defect: Splash in welding refers to the molten metal droplets ejected from the molten pool during the welding process. These droplets may fall on the surrounding working surface, causing roughness and unevenness on the surface, and may also cause loss of molten pool quality, ...Read more -
Application of beam shaping technology in metal laser additive manufacturing
Laser additive manufacturing (AM) technology, with its advantages of high manufacturing accuracy, strong flexibility, and high degree of automation, is widely used in the manufacturing of key components in fields such as automotive, medical, aerospace, etc. (such as rocket fuel nozzles, satellit...Read more
