Image Credit: Precision Manufacturing Company Inc.
Electromechanical assemblies utilize electrical and mechanical components to perform a variety of operations, such as generating power (electric motors), controlling systems (various switches), and performing power-enhanced mechanical tasks. Assembly services for electromechanical devices cover a variety of procurement, engineering and production operations, as well as numerous testing procedures. However, many of the functions once commonly associated with electromechanical devices are now performed by integrated electronic circuits.
Typical applications for electromagnetic assemblies are in AC and DC power distribution, control systems and certain computer interfaces. Due to the complexity of wiring and component integration, many of these assemblies must be put together by hand, which can lead to lengthy turnaround times. Most electromechanical assembly manufacturers provide highly qualified technicians to cut production times. These assembly specialists have expertise in a wide range of production skills, from thru hole work and surface mounting, to soldering and circuit layout.
A large amount of electromechanical assemblies use printed circuit boards, or are involved with motor control. Printed circuit boards use various tracks to conduct current to the proper components. These tracks are threaded across a substrate, which is usually a phenolic resin-infused paper or an epoxy resin-infused fiberglass sheet. In multi-layer boards, holes known as vias connect the various layers, which may require manual threading. Component leads are attached to the board with solder.
Various assembly methods are available, including bench, line and focused cell assembly. Assembly manufacturers will help purchasers decide which option is best suited to their product. They will also facilitate assembly integration into existing systems or devices.
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