Injection molding holds value across industries. In the case of military applications, where technology has to withstand some of the most brutal conditions on earth, injection molding goes the extra mile, guaranteeing uniformity while giving the option of cutting weight with high-durability plastic.
Read MoreTopics: Bead Electronics, Bead Industries, PCB Design, Plastic, Design for Manufacturing (DFM), Pin Insertion, Defense
How can you gain market and industry leverage with your electronics product? One way you can achieve this is by using custom connectors and partnering with a high-quality interconnect pins manufacturer. Why? Because standard interconnect connectors might not meet the performance grade you need for your product.
Read MoreTopics: PCB Contact Pins, Custom Contact Pins, Custom Connectors, Bead Electronics, PCB Design, Design for Manufacturing (DFM)
Traditional pin-in-paste processing methods used by printed circuit board (PCB) assemblers are being overtaken by a new hybrid alternative innovation: the True Grip Pin.
Read MoreTopics: PCB Contact Pins, Bead Electronics, Quality Standards, PCB Design, Insert Molding, True Grip Pin, Design for Manufacturing (DFM), Pin-in-Paste
Have you opened up an electronic device and found all this network of small components? Ever wondered how they work? You find these minute components on the circuit boards of your cellphone, laptop, and microwave, etc.
Read MoreTopics: PCB Contact Pins, Custom Connectors, Bead Electronics, PCB Design, Wave Solder, Press Fit, Surface Mount Technology (SMT)
When it comes to PCB Design, not all design parameters are as stringent or clearly laid out as military specifications, or mil-spec. There aren't always clear guidelines for a given project, even if the design intent is clear. Because of that, you instead must fall back on industry best practices for PCB design.
Read MoreTopics: PCB Contact Pins, Bead Electronics, PCB Design, Design for Manufacturing (DFM)
