The cutting machine, also known as a PCB cutter, plays a vital role in PCB fabrication. Its main application is to precisely cut large-sized raw materials into the desired dimensions of the printed circuit board (PCB). PCBs are often manufactured on larger panels, and the cutting machine ensures that these panels are efficiently divided into individual PCBs according to the specific design requirements.

The cutting machine used in PCB fabrication is typically equipped with a rotating blade or a V-cut tool. It precisely cuts through the designated separation points of the PCB panel, creating separate PCBs with the desired dimensions and shapes. The process is accurate and efficient, enabling quick mass production of PCBs.

The application of the cutting machine is essential for improving manufacturing efficiency, reducing material wastage, and achieving the desired PCB size and shape with precision. Moreover, the cutting machine is a versatile tool that can accommodate various PCB designs, including single-layer, double-layer, and multi-layer boards.

In summary, the cutting machine is a critical tool in PCB fabrication, enabling the efficient and precise division of large PCB panels into individual PCBs. Its application ensures the successful production of PCBs in line with specific design requirements and contributes to the overall efficiency of the PCB manufacturing process.