Advanced Technology Solutions for Electronic Product Design

Electronic product design and manufacturing are tasks that should be left to the experts if your goal is to create a high-quality product according to how you envisioned it, exactly. It is best to outsource to a service provider with a team of talented and skilled engineers who have mastery of electronic product design as well as access to advanced technology solutions that make the entire process more cost-effective and faster. Reputable and seasoned companies specializing in electronic design and circuit board assembly can provide the solutions you need to create new products for any industry, including telecommunications, automotive, medical, military, and aerospace.

Seasoned electronic design providers introduces every new assembly into a manufacturing environment only after carefully reviewing all the disciplines involved in producing the box build or the circuit board assembly. This is accomplished by following a detailed checklist that considers all planning and manufacturing controls, which were developed through decades of experience.

An advanced planning and quality production process ensures a well-designed and flawless electronic product. Once ready for manufacturing and testing, a new product introduction team tracks the initial build through the plant. The operation is monitored following a checklist. Some companies can provide customer feedback and propose changes to make sure that production ramps and product launches can be accomplished as cost-effectively as possible. That way, you can understand cost possibilities of electronic product design and become more successful, while making sure that you gain market share.

Electronic design and manufacturing engineering companies use advanced technologies like rapid prototyping, surface mount technology for printed circuit boards, and box build/system integration. Prototypes can be put together using supplied parts and boards from your business, or the company can quote and provide the materials for a comprehensive turnkey solution.

PCB Assembly Service: Reduce Overall Cost and Wait Time

Printed circuit board (PCB) assembly services are important in consumer electronics manufacturing. Rather than doing it in-house, electronics manufacturing companies outsource PCB assembly services to qualified and experienced electronic design and circuit board assembly specialists, and they have good reasons why they do that. With PCB assembly services, you can reduce the overall costs in production and minimize the time it takes to manufacture, assemble, and launch your products. The most reliable and experienced PCB assembly companies can handle low to medium volume productions for various equipment markets, including industrial, telecommunications, medical, automotive, military, and aerospace industries.

PCB assembly companies can manufacture different electronic assemblies that are either mixed technology or through hole. They are well-equipped with surface mount lines and automatic through whole axial and radial equipment to meet high volume PCB production requirements. IPC-certified manufacturing personnel are qualified and skilled in assembling any additional parts that are not assembled or placed by machines. If you have complicated PCB assemblies, you can count on a PCB assembly service to accomplish them easily. The service is provided by manufacturing engineers who can create a control plan to exceed IPC class 3 requirements.

With a PCB assembly service, you do not have to invest in your own equipment and additional staff. Another important advantage to outsourcing PCB assembly to a qualified company is that it leverages your investment for production technology. A dedicated and well-equipped electronics assembly company can produce more units more efficiently, quickly, and at a lower cost compared to when you do it yourself. You can rely on their expertise in producing and assembling PCBs with your unique requirements in mind. They follow the best quality control procedures, too. That way, you can be sure that you are getting high-quality parts that are ready to assemble once they are delivered to your office.

Hiring the Best Electronic Contract Manufacturing Company for Your Requirements

Hiring an electronic contract manufacturing company can help you save money and time when you need to produce accurate and high-quality prototypes or actual products for your business. With their help, you do not have to worry about buying expensive equipment or hiring additional employees. However, you need to make sure that you are hiring the right company that can work with your requirements in mind. Here are some factors you should consider when hiring a reputable electronic contract manufacturing company:

·         Industry experience – Hire a company that has, at least, two decades of experience in rapid prototyping, electronic design, and circuit board assembly services to various clients in the medical, industrial, telecommunications, military, aerospace, and automotive markets. Choose a company that serves as a full service turnkey supplier of custom electronics so they can provide everything from the design to prototyping, full rate production, and new product introduction.

·         In-house manufacturing – Hire a company that has its state of the art facility that is capable of low to medium volume assembly and test. Make sure they have advanced capabilities like automated selective soldering, Flex-SMT lines with automated in-line 3D optical inspection, BGA x-ray, and an automated stockroom. Look for capabilities like developing and building custom functional test equipment.

·         Certified and compliant – Choose a company that is TS 16949 and ISO 9001 certified. Moreover, make sure they are compliant to ISO 13485 and AS 9100. The staff must be trained to IPC-A-610 class 2 & 3 and IPC J-STD-001 class 2 & 3.

·         Design capabilities – Make sure the company can help you in designing your product, whether you are completely starting from scratch or in need of an expert to review your existing specifications. This way, you may be able to streamline plans and make sure that they are efficient and effective.

Important Things You Should Know About Printed Circuit Boards

Printed circuit boards, often referred to as PCBs, are self-contained modules of inter-linked electronic components that are commonly found in basic devices like radios to more sophisticated computer systems. Circuits are made using thin layers of conducting material "printed" or deposited on the surface of a substrate or an insulating board. Once the circuit is laid, individual electronic components can be placed on or through the surface of the substrate and then soldered to complete the inter-connecting circuits. Contact fingers along the edges of the substrate serve as connectors to other printed circuit boards or some external electrical device, such as an on-off switch. A PCB may consist of circuits that perform one single function or several functions.

Printed circuit boards come in different forms, but the most commonly used types based on their construction include multi-layered, double-sided, and single-sided boards. Single-sided boards, as the name suggests, have components on one face of the substrate. When components are too many for a single-sided board, double-sided boards may be considered. With double-sided boards, electrical connections are made by drilling holes all the way through the substrate so that each side can be inter-linked in appropriate locations. The inside of the holes are plated with a conducting material. A multi-layered board, on the other hand, features a substrate that contains several layers of printed circuits, which are carefully separated by insulating layers. Components on the surface are connected using plated holes drilled down to the proper circuit layer, effectively simplifying the device's circuit pattern.

Printed circuit board components can be electrically connected to their proper circuits using two methods, namely, through-hole technology, and the more recent surface-mount technology. Through hole technology requires thin wires and leads, pushed through the small plated holes in the substrate and they soldered to connection pads on opposite sides of the board. Surface mount technology, on the other hand, eliminates the time-consuming process of drilling holes into boards as well as the space-consuming connection pads that are inherent with through-hole applications.