The birth of pulsed laser pointer technology is an important breakthrough in the history of laser development. Now it has been widely used in many industries. It has made great contributions to the upgrading of manufacturing industry and the promotion of laser technology. In the field of pulsed fiber lasers, there is a deep technical deposit. At present, we have a complete pulsed fiber laser product system that can meet the needs of many industries for different processing applications. Pulsed fiber lasers are ideal for marking consumer electronics and industrial products. They have the advantages of good marking quality, fast speed, and high flexibility. They can be used for quality control and traceability, anti-counterfeiting, and product identification. Laser deep engraving has the advantages of no pollution, high precision, flexible engraving content, and can meet complex engraving processes. It can be used for engraving logos on industrial, machine, and aerospace devices. The laser is used for laser pointer for deep carving. The single pulse energy is large (>1.5mJ), the deep carving ability is strong and the efficiency is higher; the high power (>200W), the carving depth is deeper; the beam quality is good, the deep carving shading is delicate. Laser cleaning has a wide range of applications in industry, including mold cleaning, derusting of equipment parts, high-speed rail derusting, and gear decontamination.
The laser used for cleaning has a single pulse energy (>30mJ), which has a higher cleaning efficiency; a large power (up to 500W), which can clean a thicker rust layer; the spot energy distribution is uniform, and the cleaning does not damage the substrate. Laser precision cutting/perforation is a major application field of pulsed fiber laser, and it is also one of the important technologies of 3C processing and application. It can be used in mobile phones, notebook computers, PCB boards, headphones and other electronic products. Traditional computer gong processing technology, the surface of the material is easy to be convex, the hole edge burr problem, laser precision drilling can avoid such problems. The green laser pointer for laser precision cutting has good beam quality, less thermal effect of the slit, no heat deposition, smooth cutting edge and no burr; high peak power (>15kW), fast cutting speed, smooth cutting material and not easy to deform. Pulsed fiber laser welding is mainly used for spot welding and seam welding of thin metal materials. By controlling the parameters of laser pulse waveform, width, peak power and repetition frequency, a good connection is formed between the workpieces. In the 3 C product shell, lithium The battery, electronic components and other industries have a large number of applications. Laser for laser precision welding, the pulse width can be adjusted (1-350ns). Can adapt to welding of different metal materials. The pulse width is smaller, the frequency is wider, the welding is basically smooth without splash, and the welding is firm.
When performing laser spot alignment on various working surfaces, the laser spot will be provided in the most compact size. Therefore, before the laser alignment tool, the design is compact and the focal length is adjustable. Before the user gets a relatively compact laser spot, the user must tighten the head screw of the laser module to accurately reach the high-density green reference point.