PCB Blogger-China PCB Factory,HOYOGO

          In the testing phase after the production is completed, the  FPC factory  needs to screen out the unqualified boards, and leave the qualified boards with good performance, so that they can play their best role in the relative application. Let ’ s t ake the  ordinary  double -sided  FPC as an example,  the  production process is as follows: Cutting/Shearing → CNC Drilling → Plating Through Hole → Dry Film Lamination → Exposure → Develop → Pattern etching → Dry Film Stripping → Pre Lamination → Hot Press Lamination → Surface Finish → Silkscreen → Assembly → O/S Tests → Punching → Inspection → Packing     In FPC test ing , FPC factory can use a high-current shrapnel micro-pin module with conduction and connection functions to ensure the stability and efficiency of the FPC board test ing .     FPC performance test ing  requires the use of professional equipment, among which the high...

          With the rapid development of e-commerce, logistics, and warehousing industries, intelligent sorting robots have become essential tools for improving logistics efficiency and automation levels. By adopting automated sorting systems, enterprises can enhance operational accuracy, reduce manual errors, and enable 24/7 continuous operation. As the core hardware platform of intelligent sorting robots, AI PCBs ( PCB s designed for AI edge computing and high-speed data processing) provide critical hardware support for sensor data acquisition, edge computing, motion control execution, and communication interfaces, ensuring efficient, precise, and stable robot operation under complex working conditions. As an AI PCB supplier, HoYoGo possesses high-reliability PCB manufacturing and process capabilities tailored for intelligent equipment and industrial automation applications. By addressing the demands of intelligent sorting robots for high-speed signal tran...

          With the acceleration of urbanization and the advancement of intelligent technologies, smart communities are becoming a key component of future urban living. Smart community devices cover access control, video surveillance, environmental control, security systems, and smart lighting, leveraging IoT and AI technologies to enable automated and intelligent management and services.   As a core hardware foundation, AI PCBs provide critical support for data acquisition, edge computing, and system control. As an AI PCB manufacturer, HoYoGo focuses on high-reliability and high-consistency PCB manufacturing, delivering stable and scalable hardware platforms for smart community devices and supporting long-term system reliability and continuous upgrades.   1. Intelligent Sensor Data Acquisition and Analysis Smart community devices typically integrate multiple types of sensors, including temperature and humidity, ambient light, smoke/gas, and human ...

          With the development of electronic technology, electronic medical thermometers have been widely adopted in both medical and home healthcare settings due to their high measurement accuracy, fast response, and clear digital display. Some products also support connectivity with smart devices, enabling temperature data recording and management. As a critical hardware platform, medical PCBs provide essential support for signal acquisition, data processing, and display driving, forming the foundation for accurate measurement and stable system operation. As a medical PCB manufacturer, HoYoGo offers high-reliability and high-consistency manufacturing and quality control capabilities, providing stable and  reliable PCB manufacturing support   for electronic medical thermometers.   1. Temperature Sensor Signal Acquisition and Processing Electronic medical thermometers typically   sens e   changes in   body temperature  thr...

          Automotive PCB   are vital components in automotive electronic systems, which carries electronic components and provide electrical connections. The correct selection of automotive PCB materials is critical to ensuring the performance, reliability, and safety of automotive electronic systems. So how do you choose?   1.  High  T emperature  R esistance Automotive electronic systems often operate in high temperature environments, such as inside the engine compartment. Therefore, it is crucial to select automotive PCB materials with excellent high temperature resistance.  Polyimide (PI) is like a magical "thermal insulation cloak", keeping automotive boards cool in electronic systems.     2.  Vibration  R esistance The cars will be subject to various vibrations and shocks when driving, so automotive PCB materials must have good vibration resistance to ensure that electronic components will not loosen o...