In the world of manufacturing, weight matters. Lighter components not only put less stress on equipment, but often require less raw material and are cheaper to manufacture. 

At Bead Electronics, we’ve been manufacturing Hollow Pins using swaging since 1920. Compared to machined pins, our Hollow Pins provide the functionality you need while using  30-70% less material. 

Custom electronic pins can be manufactured in multiple ways, including swaging or machining. Each method has its advantages and disadvantages. In this article, we’ll cover the unique properties of each method so you can make an informed decision about which method is right for you. 

Throughout the world of manufacturing, standard pins are widely used. With a steady supply and multiple manufacturers to choose from, standard pins are generally easy to find at competitive prices. However, there are some instances when a standard pin just won’t cut it. One such instance is when the pin will be used in a harsh environment to create a connector or a connection. 

Molds have revolutionized manufacturing - enabling suppliers to mass-produce identical parts in rapid succession. Injection molding, the process of injecting molten plastic into a mold to create a component, is widely used in the automotive, aerospace, industrial, and medical industries. Injection molding can be further broken down into two types: insert molding and overmolding. 

Found in everyday devices such as smartphones, computers, TVs,  and home appliances, Printed Circuit Board Assemblies or PCBAs play a pivotal role in electronic manufacturing.  Electrical components are mounted onto the PCB using a variety of techniques.