SMT and DIP are two important electronic component installation methods, each with unique characteristics and application scenarios. When choosing which technology to use, it is necessary to comprehensively consider factors such as specific application requirements, production costs, and production efficiency.
Differences in Characteristics and Applications between SMT and DIP Read More »
In the SMT surface mount processing, material loss is an issue that cannot be ignored. It not only relates to the control of production costs, but also directly affects the economic benefits and market competitiveness of enterprises.
Reasons and optimization strategies for material loss in SMT surface mount processing Read More »
When choosing PCB hard board and FPC soft board, multiple factors need to be considered, including application requirements, performance characteristics, cost budget, and production process.
PCB hard board and FPC soft board: how to make the best choice according to needs Read More »
In the process of PCBA surface mount processing, although we strive for perfection, it is inevitable to encounter some processing defects. Understanding these common defects is crucial for improving production quality and efficiency.
Possible defects encountered during PCBA processing. Read More »
In SMT (Surface Mount Technology) programming, there are various commonly used software with different characteristics and functions. The following are some of the main SMT programming software:
What are the commonly used SMT programming software Read More »
The main reasons for expired circuit boards are related to their storage conditions, surface treatment processes, and shelf life management.
Why does the circuit board expire? Read More »
The inspection in SMT surface mount processing is a key link to ensure product quality and production efficiency, including visual inspection, X-ray inspection, infrared inspection, automated optical inspection, solder paste inspection, online testing, flying pin testing, etc.
Common testing methods for SMT surface mount processing Read More »
Gerber file is a “guide” in the PCBA production process, which provides a standardized file format that details the PCB’s graphic information, wiring information, component installation positions, pad sizes, and other parameters.
What is the role of Gerber files in PCBA processing? Read More »
In the field of SMT surface mount processing, small batch sampling orders and small batch production orders are two common production modes. Although they all involve SMT surface mount processing, there are significant differences in purpose, process, cost control, and flexibility.
As the core component of industrial automation control, the manufacturing process of industrial control boards has extremely high requirements for accuracy and reliability. The following will explore in depth from the aspects of component preparation, printing and board making, mounting, welding, testing, and subsequent processing.
What are the SMT process requirements for industrial control boards? Read More »
ISO 13485 certification, as a quality management system standard in the medical device industry, has the purpose of ensuring compliance of medical devices, improving product quality and safety, enhancing customer trust and satisfaction, optimizing processes and resource management, etc.
How important is ISO13485 certification for PCBA processing manufacturers? Read More »
The lead time for PCBA sampling is the result of a combination of multiple factors. From PCB production to component procurement, to SMT/DIP processing and testing, every step may have an impact on the overall processing cycle.
How long does it take for PCBA sample delivery? Read More »
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