PCB (printed circuit board) is the basis of electronic equipment. Through high-precision design and manufacturing, electrical components are connected together. Its process capabilities include multi-layer board design, high-density interconnection technology, precision machining, surface treatment and automatic production process to ensure the stability, reliability and performance of circuit boards. PCB is widely used in modern electronic products, supporting various requirements from simple equipment to complex systems.
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Surface Mount Technology (SMT)
High-Density Mounting: Supports the automated mounting of high-density electronic components, suitable for miniaturized and precision electronic devices.
Precision Reflow Soldering: Uses reflow soldering equipment to precisely solder surface-mounted components, ensuring high soldering quality and electrical performance. -
Wave Soldering
Suitable for soldering traditional through-hole components, using wave soldering equipment to connect components to the PCB.
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Hand Soldering
Used for soldering complex or specialized components, especially those that cannot be soldered using automated equipment.
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Functional Testing and Inspection
Includes Automatic Optical Inspection (AOI), In-Circuit Testing (ICT), X-ray inspection, and other methods to ensure the assembled PCB meets functional and quality requirements.
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BGA Soldering
For complex components like Ball Grid Array (BGA), precision reflow soldering or laser soldering techniques are used to ensure reliable solder joints.
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Product Assembly and Debugging
After assembly, the PCBA undergoes functional debugging and testing to ensure the device operates correctly.
Industries PCB Technologies serve
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Introduction to PCBA Process Capability
The process capabilities of PCBA include a range of assembly processes such as Surface-Mount Technology (SMT), wave soldering, hand soldering, BGA soldering, and more. Additionally, PCBA involves automated testing and quality control methods, including Automatic Optical Inspection (AOI) and In-Circuit Testing (ICT). Through precise manufacturing and streamlined production techniques, PCBA ensures the assembly quality and functional stability of each printed circuit board. This meets the high precision and reliability demands of modern electronic devices.
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PCB Layout
The process of designing, arranging and connecting electronic components on a printed circuit board according to the circuit diagram to form a fully functional circuit board
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PCB Assembly
With 18 years of production experience, we can provide professional one-stop service.
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Full Turnkey
The efficient communication and collaboration of various departments ensure that the project can be completed on time with quality and quantity guaranteed.
What's New at PCB Technologies
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Flexible PCBs for Consumer Electronics: Turning Tight Spaces into Reliable Connections
Open up a modern smartphone or smartwatch and you’ll notice something important:there’s almost no wasted space. Batteries are larger, housings are slimmer, cameras are stacked, and boards are packed edge-to-edge. In this environment,...
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Double-Sided PCBs: The Smart Shortcut to Compact, High-Power Electronics
If you are designing the next generation of compact, high-power electronic products, you’re probably fighting with the same contradictions every day: The enclosure keeps getting thinner. The power and functionality keep going up....
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Double-sided boards (2L) account for 65% of the volume that ships from our Shenzhen factory each week. The reason is simple: a 2L FR-4 panel gives OEMs twice the routing space of a single-sided board without the lamination cost of a mul...
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