PCB assembly

What are the key challenges of medical PCB manufacturing and PCB assembly?

Medical PCB devices are categorized under IPC 610 class 3/3A as they are expected to operate in extreme conditions with consistent performance. Patient safely is the highest concern in this application. So, PCB design and manufacturing have several challenges and as a medical device producer, you have to identify and evaluate the capabilities of manufacturers.

2023-12-01T11:14:26+08:00December 1st, 2023|Industry News, News|0 Comments

An Overview of the Must-have Files of PCB Assembly

PCB Files are important in the design and manufacturing process of printed circuit boards. They are used to communicate the design intent of the board to the manufacturer. In order to assemble a printed circuit board, you need to create files that describe the layout of your board. These files contain the texture description of

2023-11-17T11:21:08+08:00November 17th, 2023|Industry News, News|0 Comments

PCB Assembly: Revolutionizing the Manufacturing of Medical Equipment

PCB assembly, a critical process in the manufacturing of electronic devices, has played a significant role in the development of medical equipment. From diagnostic devices to life-saving equipment, PCB assembly has revolutionized the healthcare industry by enabling the creation of advanced and reliable medical devices. In this article, we will explore the importance of PCB

2023-08-09T11:17:48+08:00August 9th, 2023|Industry News, News|0 Comments


Deciding on the best testing method for your printed circuit board can be a daunting task. There are plenty of factors to take into consideration, including costs, coverage, and development lead time. However, there are two popular test strategies you’ll often find yourself choosing between: ICT testing vs flying probe testing.

2023-05-15T16:25:27+08:00April 21st, 2023|Industry News, News, PCB Manufacturing|0 Comments

What is the purpose of adding alloy metals to the solder paste during PCB assembly?

Tin (Sn) based solder is still the best material for PCB assembly in the modern industry today. The only difference is the lead (Pb) free from the solder base due to environmental concerns. The melting point of tin (Sn) as 231.9°C, is hardly accepted by PCB assembly since most electronic components may not sustain such

2023-05-15T16:54:45+08:00January 18th, 2023|Industry News, News|0 Comments

PCB Assembly Design Considerations for Wave Soldering vs Reflow Soldering

Wave Soldering VS Reflow Soldering For PCB assembly, the two soldering techniques called wave soldering and reflow soldering are very different in their functional approach to soldering components. For example, wave soldering incorporates the use of wave crests or peaks to solder the components. On the other hand, reflow soldering utilizes an oven to heat

2023-05-15T16:54:07+08:00January 11th, 2023|Industry News, News|0 Comments

Why Surface Mount Technology for PCB Assembly is Preferred over Other Options

Gradual evolution of printed circuit boards has made PCBs a critical, efficient, and compact component of a wide gamut of automobiles, machines and devices, computing terminals and other electronics. The introduction of PCBs has also contributed to certain technological developments and inventions in the global electronics industry. The ability of PCBs to connect a single

2022-12-16T14:44:13+08:00December 16th, 2022|Industry News, News|0 Comments

PCB Assembly: How to prevent non-wetting defects

The manufacturing process for printed circuit boards (PCBs) usually includes a procedure known as reflow soldering, or reflow. Reflow involves covering the surface of the PCB with solder paste to facilitate temporary attachment of the board’s thousands of minuscule components to their PCB pads. The solder paste stabilizes the components long enough for an application

2022-08-08T15:56:09+08:00August 8th, 2022|Industry News, News|0 Comments

How a PCB Assembly Defect Detection System Guarantees Product Quality

A PCB assembly process requires collective and sustained attention to ensure the end product’s quality. In the absence of a solid PCB assembly defect detection system, you may miss a tilted component or a bad solder web despite rigorous manual testing. If you are lucky, it may only cost you some additional reworks. Worst case

2022-07-28T11:34:30+08:00July 28th, 2022|Industry News, News|0 Comments
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