RFH high power UV laser for PCB circuit board depaneling

With the continuous development of technology, PCB circuit boards have become an indispensable part of electronic equipment manufacturing. However, in the production process of PCB circuit boards, depaneling is an important link. Traditional depaneling methods mainly use mechanical cutting or stamping. However, these methods have some problems, such as inaccurate cutting and burrs. Therefore, finding a more efficient and accurate deboarding method has become a top priority. In recent years, the application of high-power UV lasers in PCB circuit board depaneling has attracted more and more attention. This article will focus on the application of RFH high-power ultraviolet lasers in PCB circuit board depaneling.

How RFH high power UV lasers work

RFH high-power ultraviolet laser converts electrical energy into light energy, and then irradiates the PCB circuit board with a high-energy beam of ultraviolet wavelength, causing the circuit board surface to instantly melt or vaporize to form the required cutting lines. Compared with traditional mechanical cutting methods, UV laser cutting has higher precision and lower thermal impact.

Application advantages of RFH high-power UV laser in PCB circuit board depaneling

1. High precision: RFH high-power UV laser can cut with micron-level precision, ensuring the cutting quality of PCB circuit boards.

2. Small thermal impact: Due to the extremely high energy of ultraviolet laser, it can melt or vaporize materials in an instant with almost no thermal impact, avoiding material deformation and burr problems that may be caused by traditional cutting methods.

3. Fast cutting speed: The cutting speed of RFH high-power UV laser is extremely fast, which greatly improves production efficiency.

4. Wide applicability: RFH high-power UV laser can adapt to PCB circuit boards of various materials and thicknesses, making it widely applicable in deboarding applications.

RFH high-power UV laser has significant advantages in PCB circuit board depaneling. Its high precision, low thermal impact, high speed and wide adaptability make it an ideal choice for future PCB circuit board depaneling. With the continuous development of science and technology, we have reason to believe that the application of ultraviolet lasers in PCB circuit board depaneling will become more and more widespread.