Proper PCB handling, storage, and shipping methods are critical to ensuring your printed circuit boards arrive in perfect condition. Even the best-designed and-constructed PCBs can be easily damaged when not handled correctly, leading to costly delays and repairs. So, to help ensure your PCBs arrive in perfect working condition, consider utilizing stricter quality control measures that save both time and money in the long run.
PCBs can last for many years when treated with care and stored in the proper environment. By following advice from industry experts and partnering with a reputable manufacturer, businesses can ensure that their printed circuit boards have a long lifespan.
The solder mask is a layer on printed circuit boards that helps protect the copper circuitry and provides a consistent surface for soldering components. Choosing the right solder mask material and process is critical to ensuring reliable soldering and the long-term performance of the circuit board.
PCB etching is the process of removing excess copper from a printed circuit board. After the etching process is complete, only the required circuit remains. Let’s take a deeper dive into the different PCB etching methods.
It’s important to ensure you are partnered with a reputable PCB manufacturer to ensure your products will be top quality, delivered on time, and cost-efficient. One way to make sure you are working with a reputable company is to check their PCB certifications. Let’s review what certifications your PCB manufacturer should have.
PCB lamination is an integral part of the PCB manufacturing process. PCB lamination combines several materials and layers of the printed circuit board. This process helps ensure that the copper in the PCB doesn’t send unwanted signals throughout the PCB. Let’s take a deeper dive into PCB lamination.
PCB plating is the process in which metal is applied to the surface of a printed circuit board and inside the PCB through-holes. The primary purpose of PCB plating is to make sure your PCB maintains a constant current flow. Let’s take a deeper dive into the different types of PCB plating methods and finishes.
PCBs are helping technology become more efficient in size and functionality. Let’s review the industries where PCBs are commonly used.
Printed circuit boards have been around for decades. Let’s review the brief history of printed circuit boards and how they reached the level they are today.
Making a PCB is a delicate, complex process — plenty of things can go wrong. When they do, it’s important you know how to diagnose and treat the problem. Working with a qualified manufacturer can help, but if you need to work things out for yourself, we’re providing the best tips for the most common problems in PCB manufacturing.