In the manufacturing process of Printed Circuit Boards (PCB), laser drilling technology is widely used for micro-hole machining, ensuring high-density component layouts and precise interconnections. However, laser processing generates significant heat, which, if not effectively controlled, can compromise machining accuracy, cause material thermal deformation, and result in unstable hole diameters, ultimately reducing yield rates. Therefore, a stable and reliable cooling system is essential for the PCB laser drilling industry.
Our high-performance cooling system provides an efficient solution tailored for PCB laser drilling equipment, maintaining stable temperatures even during high-intensity operations. We recommend the KW Series Water Chiller, designed with advanced heat dissipation, precise temperature control, and long-lasting durability. This system effectively prevents heat accumulation during laser processing, enhancing both machining accuracy and production capacity.
Key Advantages of Our Cooling System
- Precise Temperature Control: Maintains temperature stability within ±0.1°C, preventing thermal deformation that could impact machining quality.
- Efficient Cooling: The KW Series features a high-performance compressor and advanced heat exchange system, ensuring rapid heat dissipation and stable equipment operation.
- Long-Term Operation: Designed for low noise and high durability, it supports continuous operation while reducing maintenance costs and boosting production efficiency.
Recommended Series:
