All Blogs

The micro ultraviolet laser, with its unique ultraviolet laser technology, has successfully addressed issues such as low power, short lifespan, and frequent maintenance commonly found in domestic lasers. By overcoming these technical bottlenecks, the micro ultraviolet laser achieves high power output and long-term stability. Below is a detailed description of its technical[...]

Laser weeding is a non-contact weeding technology that utilizes high-energy laser beams to burn or destroy weeds. Compared with traditional chemical herbicides and mechanical weeding methods, laser weeding is characterized by precision, environmental protection, and no residue, so it is gradually gaining attention and application in the agricultural field. The principle of laser[...]

Overview: Wafer laser scribing is a technology that utilizes the high precision and high efficiency of lasers to perform precise scribing operations on the wafer surface. Principle: The basic principle of laser scribing is that laser pulses are irradiated on the wafer surface, and by controlling the energy, pulse width, frequency, and[...]

Using a laser to cut diamonds results in smaller cuts and better results, and choosing the right laser is critical to the quality and efficiency of diamond cutting. Common lasers used for diamond cutting are femtosecond, ultraviolet, green, and infrared lasers. Advantages of laser cutting diamonds 1. Fine focusing The laser beam[...]

Graphite is renowned for its exceptional electrical conductivity (up to 10^4 S/cm), thermal stability (melting point up to 3650°C), and chemical resistance, making it a critical material across various industries. With the advent of advanced laser processing technologies, the potential applications of graphite have significantly expanded, enabling more precise, efficient, and innovative[...]