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How PCB Prototypes Are Being Made Faster, Better And Smarter

By on July 20, 2017

Printed circuit board prototype

How often do you use your phone, computer or tablet? Probably every day, right? It’s easy to take for granted the technology we use to move throughout life, whether it’s going to work every morning or contacting a loved one in light of an emergency. The brilliant minds behind circuit board prototype know this, too, and work every day to provide people with the highest quality circuit boards possible. Circuit board prototyping and assembly has changed a lot over the years, due in no small part to increasing demand and gradual awareness of superior crafting methods. How do PCB assembly services work? Where will circuit board prototyping go from here?

Let’s take a look and appreciate the little things that get us through the day.

Old Methods

Circuit board prototyping hasn’t always been a fast and efficient process. Decades ago circuit boards were crafted by hand, relying on the careful touch of experienced artisans and engineers to get from the beginning stage to the final product. Quick turn PCB prototypes are now done with the aid of machine assembly, able to create a much higher amount of circuit boards with a reduced margin for human error.

Technology makes it easier than ever to have the best of both worlds.

New Results

Modern circuit board prototyping does best when mixed with the efficiency of machines and the nuanced viewpoint of the human eye. There are three methods used to print legends. These include component designators, switch settings, test joints and a few other indications that make assembling and testing circuit boards a smooth process. There’s also silk screen printing, liquid photo imaging and ink jet printing for factories to choose from.

What are circuit boards made of, however, and what’s most important to know?

Necessary Materials

Circuit board assembly creates the best results when every stage of the process is handled to the furthest of its ability. PCB design does best when artistry is matched with integrity. FR-4 glass epoxy is the primary substrate that most rigid PCBs are produced. These are crafted by putting a thin copper layer to either one or both sides of a given panel. The iconic circuitry connections will then be etched onto the layers. More complex PCBs can be done with multiple layers.

What does this mean for your business’ production?

Turning To PCB Assembly Services

PCB assembly is an industry that only grows faster by the day. With circuit boards used in so many modern appliances and customers’ demand for quality becoming more refined, it stands to reason there should be no stone left unturned for the best methods possible. A good PCB assembly process should use accurate stencils, maintain steady temperatures and provide a variety of printing methods to handle any task that comes your way. Together, PCB services and modern businesses can keep the world going strong.

Will you help create the next great PCB prototype?

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