The main goal that PCB factories adhere to is to ensure high-quality production and manufacturing. The fluctuations in the pcb board manufacturing industry not only reflect the continuous improvement ability of PCB factories, but also reflect their confidence in continuous improvement. At the same time, external concerns about fluctuations in PCB factories have laid the foundation for the positive and upward momentum of PCB factories. The basic principle of PCB factory layout is to ensure that production standards are not violated, continuously introduce external communication and multi-party communication, and fully leverage the internal manufacturing capabilities of PCB factories. At the same time, it also ensures that production standards are not violated, which has the potential to cause losses to the PCB factory. In terms of technical support for PCB factories, if PCB factories lack comprehensive internal manufacturing and optimization planning, it is considered a non-performing asset.

A technical engineer is required to implement the manufacturing process, and the process of their PCB board is simple, high-quality, highly automated, and highly precise. Therefore, the quality standards for PCB boards are as follows.
Firstly, remove the raw materials and film (red oil) together. It is important to remove all the raw materials and film (red oil) before disassembly, and the welding time should not be too long, otherwise it may cause incorrect changes in the performance status of the circuit board. Moreover, due to the oxidation of copper foil pins on the circuit board causing short circuits and even reducing its conductivity, there is no need to take measures. Generally, if conditions permit, 7-level steps can be used, and the key process still depends on the planning of the steps.
In addition, there is PCB design. After the PCB is purchased, the board also needs to be disassembled. Generally, it is easy to disassemble and the disassembly process is also relatively easy, and there is no problem with PCBA repair. Like electronic components, they are generally rigid, so they are more expensive than simple components in terms of price, and disassembling parts is not complicated.
Secondly, precise disassembly is required according to the different levels of electronic components, such as special specifications on high GK or packaging with dense pin spacing. Manual disassembly of packaging can be done without disassembly, while manual disassembly of packaging and board only takes an hour. Manual disassembly of packaging not only requires low cost, time, and support.
Thirdly, it depends on the complexity of the circuit board, such as the size of the module. As long as the design is very precise and small, such as the world's competitive S2A machine, it is sufficient. If a robotic arm can apply force one by one, and even one arm can pull in, it can save a lot of effort and effectively compensate for the width of the circuit board required for large-scale production. This can also be handled in this way. However, it is important to note that one of the factors that can easily cause circuit board failures is poor contact and the technical level of maintenance personnel. Therefore, this is also the first thing to pay attention to, to avoid the mechanical arm being unable to support, which can cause machine failures. In addition, to prevent shortening the size of the motherboard, which can also save a lot of work. These are also three points between the two things. How to avoid corrosion and damage to the motherboard due to installation issues. So a motherboard malfunction is likely to be a contributing factor.