An image of an operator soldering using a soldering iron

Conventional Assembly

Extensive experience in through-hole, surface mount placement and cable assembly across a wide range of industries; all manufactured under our stringent Quality Management System.

Conventional PCB Assembly at GB Electronics offers a comprehensive range of services tailored to meet the specific needs of various industries and applications. Our expertise extends beyond simple assembly, accommodating everything from small-scale prototypes to medium-volume production while ensuring high-quality results and reliable performance. Whether your project requires intricate hand soldering or robust high-voltage applications, our skilled team is equipped to deliver superior craftsmanship and precision.

Our Conventional PCB Assembly Services include the following:

Through-hole assembly
Mixed conventional and Surface Mount Assembly (SMA)
Specialist 'high voltage' hand soldering
High voltage assembly and testing - up to 4kV
Prototype, low and medium volume assembly
Multi-core and specialist flexi-cable assembly
Rework and repair

Why Choose GB Electronics?

At GB Electronics, our experienced team brings precision and professionalism to every project, whether it involves standard through-hole assembly or complex high-voltage applications.

We provide flexible, customised solutions for a range of production volumes, from prototypes to medium-sized batches.

Our commitment to stringent quality standards and workmanship ensures that every product is dependable and market-ready.

Moreover, our capability in high-voltage assembly and testing, up to 4kV, sets us apart, making us a preferred partner in industries requiring robust high-voltage solutions. With GB Electronics, you gain a collaborative partner dedicated to aligning with your strategic objectives and ensuring your project's success.

Benefits Of Conventional PCB Assembly

Conventional PCB assembly offers several key benefits that make it a preferred choice for various applications, particularly where durability and precision are crucial:

Durability: Components in conventional PCB assembly are soldered through pre-drilled holes on the board, leading to stronger connections that can withstand mechanical stress and harsh environments. This makes conventional PCBs ideal for industries where reliability is critical, such as automotive, transportation and aerospace.
Component Compatibility: This method supports a broader range of component sizes and types, including those that are too large or heavy for surface mount technology. It accommodates components like transformers and heat-sinked power semiconductors, enhancing the PCB's versatility.
Ease of Inspection and Rework: Conventional PCBs are easier to inspect and rework since the components are not as densely packed as in surface mount assemblies. This accessibility is particularly beneficial during the testing phase or when modifications are necessary after assembly.
Cost-Effectiveness for Small Batches: Conventional PCB assembly can be more cost-effective for small to medium-volume productions. It requires less investment in initial setup and is more adaptable to changes, making it suitable for prototypes and bespoke projects.
Enhanced Heat Tolerance: Components in conventional assemblies are generally better at handling heat due to the increased space around each component and stronger solder joints. This characteristic is essential for high-power applications where heat dissipation is a concern.

Tell us about your project

Ready to embark on your next project? Contact GB Electronics today and let us discuss how we can assist you in creating efficient, compliant, and innovative electronic products. Reach us at +44 (0) 1903 244 500 or email us at info@gbelectronics.com

Gallery

product engineer inspecting a populated circuit board under magnification

Displaying fitment of a through hole component to a printed circuit board

An image of various screws and spacers on a black foam mat

An operator testing a cable assembly using a digital multimeter

An image of an operator soldering a surface mount component to a printed circuit board using a soldering iron

An image of an operator cutting out printed circuit boards on an ESD mat