PCB reverse engineering and development of medical imaging equipment

​In recent years, China’s equipment market has developed rapidly and has become the world’s third largest equipment market after the United States and Japan. However, it is necessary to continue to maintain the current speed of development, to achieve the super-day to catch up with the United States, but also to deepen the work in the key areas. From the perspective of the improvement of localization rate, there is still huge room for improvement in the field of imaging diagnostic equipment and in-vitro diagnosis in China, and the micro-innovation and upgrade of PCB copy board can not only quickly break the monopoly of foreign giants in the field of diagnostic imaging equipment, but also It is also a collection of domestic small and medium-sized in vitro diagnostic enterprises to achieve entrepreneurial survival.
 
At present, PCB copy board technology has penetrated into various fields of electronic products, and it is almost difficult to find which area has no trace of PCB copy board. Intelligent toys, anti-theft systems, navigation devices for missiles, control of various instruments on the aircraft, and network communication of computers are all inseparable from circuit board technology. Then, in the process of learning from the reverse research, it is naturally inseparable from the PCB copy board technology. The so-called PCB copy board, that is, the circuit board copy board, also known as PCB cloning, PCB copy or PCB reverse design, it starts from the original product various main control components and core circuit board, and reverses the schematic diagram and PCB file through reverse research and development means. A complete set of technical documents such as the BOM list, and even some difficult chip decryption on the board, and then use these files for PCB board, component soldering, flying probe test, circuit board debugging, complete the complete copy of the original circuit board template.
 
In fact, from the perspective of the international environment, although China’s equipment industry is developing rapidly, in the higher fields, such as imaging diagnostic equipment, it has long been monopolized by foreign giants. It is difficult to break through these technical barriers by independent research and development. From the field of in vitro diagnostics, domestic in vitro diagnostic companies mainly rely on production reagents, while the number of diagnostic instruments manufacturers is relatively small, which shows that SMEs are also facing bottlenecks in technological development. Therefore, the use of PCB copy board to learn digestion and absorption and innovation is also the main method of the field of equipment in the current stage. Although this kind of innovation on the existing equipment seems to contribute little to the original innovation, it is the accumulation of such micro-innovation that has produced a major innovation and thus achieved upgrading and transformation.
 
According to the Fast PCB Studio copy board expert: “The PCB copy board is reverse design, but it is not as simple as copying clones. If you want to re-innovate, you can have market competitiveness, and innovation must understand market demand. This is better than understanding competitors. The physical characteristics of the product are much more complicated and can be obtained without imitation.”
 
The last thing to say is that the micro-innovation of PCB copy board is also an innovation. Don’t avoid it. Just like our life, isn’t this step by step?

       Fast PCB Studio continues to innovate and develop at the forefront of technology, focusing on the research and development of technology products for a long time and promoting the localization of technology. Through PCB cloning, we can also provide PCB modification, chip decryption, PCB design, IC reverse design, code disassembly, prototype production, SMT processing, PCBA foundry, secondary development of software programs and hardware functions. Secondary development and other services.