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.
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Topics:
Bead Electronics,
Swaging
The global pin insertion machine market is expected to reach over $240 million by 2026, while manual pin insertion is expected to reach around $55 million.
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Topics:
Electronic Pins,
PCB Contact Pins,
Contact Pins,
Custom Connectors,
Bead Electronics,
Swaging,
End to End Contact Pins
When it comes to manufacturing products that people use every day, durability is key. Consumers want products that are innovative and easy to use. They also want the things that they invest in to have longevity. Manufacturers have an obligation to create high-quality products and to accomplish this, they rely on components customized for their applications. Even the smallest part, like electrical connectors, are customized to boost both profits and customer satisfaction.
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Topics:
Electronic Pins,
PCB Contact Pins,
Contact Pins,
Custom Connectors,
Bead Electronics,
Hollow Contact Pins,
Swaging,
End to End Contact Pins,
Bead Industries,
Quality Standards,
Manufacturing,
Overmolding,
Design for Manufacturing (DFM),
Low-Cost Mated Pair,
Pin Insertion,
Crimped Pins,
Coil Winding
Wires are considered the backbone of the modern information age. When someone uses the word "wire," they most commonly mean a flexible, cylinder-shaped piece of metal. They're probably talking about an item with a diameter that might range from a few millimeters to several centimeters.
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Topics:
Electronic Pins,
PCB Contact Pins,
Contact Pins,
Bead Electronics,
Solid Wire Contact Pins,
Swaging
A combination of efficient manufacturing processes, automated inspection, and standardized working practices minimizes waste and drives down costs.
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Topics:
Custom Contact Pins,
Bead Electronics,
Swaging,
Quality Standards,
Manufacturing,
Automotive,
Stamping