The Significance of Using Splitter in PCB Production Process

With the continuous development of the entire electronics industry, many products in the electronics industry have well-established upstream and downstream supporting enterprises. From the conceptual design, appearance design, processing and manufacturing, assembly testing, packaging, wholesaler channels, etc. of a mature product, such an industry chain naturally generates in a specific environment. Therefore, the connection between design and manufacturing is extremely close, to the point of indivisibility.

The most important link from design completion to manufacturing of electronic products is the processing of PCB circuit boards. The vast majority of bare boards processed from PCBs are assembled by SMT machines.

So the problem is that nowadays electronic products are developing towards miniaturization and portability. When your design PCB board is particularly small, and some electronic product modules are as small as a few centimeters square, PCB processing and manufacturing are not difficult to say. However, when it comes to PCB assembly, placing small areas on the SMT machine for assembly poses problems. Can't go to the assembly line!

PCB (Printed Circuit Board), also known as printed circuit board or printed circuit board in Chinese, is an important electronic component that supports electronic components and provides electrical connections for electronic components. Due to its use of electronic printing technology, it is called a "printed" circuit board.

The main purpose of PCB splicing is to fully utilize the board and improve production efficiency. Usually, after the PCB of the assembled board is welded, each independent functional PCB board needs to be cut. This process evolved from manual segmentation - V-CUT slot dividing machine segmentation - fully automatic milling PCBA dividing machine - online fully automatic visual PCB dividing machine transformation and upgrading to a fully automated dividing process.