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When it comes to high quality industrial PCB assembly, Qixuan Shichuang Technology has emerged as a one-stop-shop. With over 15 years of experience in fabricating and assembling a wide range of PCBs, QiXuan is a trusted destination for a wide variety of clients. With access to the latest technology and equipped with a team of experts and industry best practices, we ensure that we develop cutting edge industrial printed circuit board assembly which are ahead of the curve.
Among our other offerings, we specialize in offering Industrial PCB assemblies that require a high level of reliability and precision. Since electronics used for industrial applications need to be extremely stable and fit to be used in harsh conditions, industrial printed circuit boards too need to follow stringent standards to thrive in industrial settings. Besides Industrial PCBs need to be resistant to temperature extremes, moisture & dust, shock, vibration and more.
QiXuan has over 10 years of expertise in bringing OEMs ideas to life. We are providing electronic assembly services to OEMs in the industrial and commercial industry. We understand the critical needs and challenges that OEM’s face. We have a team of experienced personals who are capable to fulfill tailor-made requirements of OEMs and offer end-to-end service to meet the challenges head on. We utilize state-of-the-art equipment, latest machinery and advanced systems to manufacture high quality products and assures customer of flexibility and on-time delivery.
We are capable to provide solution for varied industrial applications from sensing systems and monitors to heavy equipment and household appliances. We have the capabilities to offer low, medium and high-volume PCB assembly, box build assembly, cable and wire harness assembly, complete turnkey assembly and more solution for industrial applications.
Depending on the complexity of the circuit, we offer anything, from a single layer PCB to one with multiple layers. Also different industrial applications need rigid, flexible of rigid-flex PCBs. You can count on us to offer customized PCBs that do justice to your bespoke needs.
Rich Expertise – We have decades of experience in offering high quality industrial PCB assembly. You can bank on our team of experts to offer you the right selection of industrial PCB that suits your requirements. Besides having cutting edge technology, what we also have is access to industry best practices and therefore can recommend the right PCB to suit your needs.
Wide range of industrial PCB Assembly – Depending on your bespoke requirements, we offer a wide range of PCBs to choose from single, double layered to multi layered PCBs and more. We also offer rigid, flex and rigid flex PCBs that is most suitable for your industrial equipment. With Industrial PCB assembly needing a strong foundation, we offer a range of materials whose resilience and strength aids the PCB’s capability to support the intended application.
Suited for all volume requirements – We are well poised to support your volume requirements for industrial PCB assembly. Whether your need is for high or low volume industrial PCB assembly; you can bank on us to meet your needs.
Quick turnaround time – We take great pride in offering quality industrial PCB assembly with quick turnaround times. When you partner with us you can rest assured of sacrosanct timelines.
We undertake sourcing of original components. Given our extensive track record of dealing with component suppliers, our sourcing is easier, faster and helps you save on costs.
With our engineering abilities and expertise to design Industrial PCB prototypes, you can be sure of avoiding costly mistakes. Bank upon us to create custom industrial prototypes basis your exact needs with quick turnaround times.
If you have had an industrial PCB that has been in use for several years and needs revision, you can count on our services. Not only we can help you with obsolete component sourcing but also reverse engineering your old Industrial PCBs
The Industrial PCB manufacturing process involves the following steps:
PCB Design and Layout – This is one of the most crucial stage of the entire manufacturing process. A successful design supports the functioning of the device hence due attention needs to be paid to this stage. PCB design, of course, is influenced by the exact requirements of the industrial application and the environment it needs to work under. It is also influenced by the nature of users as well as access to resources.
Prototyping – Having a functional PCB prototype in place, to a large extent, mitigates the probability of any costly errors at a later stage. The prototype can ensure that both the function and features are tested. It is worth spending more time and investment on prototypes, as once this is in place, you can proceed to assembly.
Industrial PCB Assembly – This is the stage where the necessary components are etched on the board as per the design. The steps in this process include:
Solder Paste Stenciling – This step involves application of solder paste to the board. The use of a stencil allows assemblers to apply solder paste only to certain parts of the PCB. With the use of an applicator solder paste is applied on the intended areas in precise amounts.
Pick and Place – Next, the pick and place machine places surface mount components on the PCBs. The components are then soldered to the surface of the board.
Reflow Soldering – This process involves moving the PCB board to a conveyor belt that moves through a large reflow oven. In turn, it melts the solder paste. The PCB next passes through coolers that allow the melted solder to solidify. This connects the surface mount components to the PCB. For two-sided PCB Assembly, the side with fewer and smaller parts is first stenciled, placed and reflowed, followed by the other side.
Inspection and Quality Control Once the surface mount components are soldered the assembled board needs to be tested for functionality. Common inspection methods include:
Manual Checks: These are particularly helpful for smaller batches where an in-person visual inspection can be carried out. This method, however, becomes impractical when the number of boards increase.
Optical Inspection: This method works well for large batches. An AOI machine uses a series of high-powered cameras to inspect the PCBs. Different quality solder connections reflect light in different ways allowing the AOI to detect a low-quality solder.
X-Ray Inspection: This method is used for complex or layered PCBs. It allows the viewer to see through layers to identify any potential problems.
Through-Hole Component Insertion – The board could also contain other components besides surface mount ones. A plated through-hole in this case is plated all the way through the board. Instead of soldering paste, a manual through-hole insertion is used. Wave soldering can also be undertaken where once the plated through hole component is put in place, the conveyor belt runs through a specialized oven where a wave of molten solder washes over.
Final Inspection and Functional Test – This step tests the PCB for its functionality. It simulates the circumstances in which the PCB will operate.
The broad difference between industrial and commercial PCB manufacturing process is as under:
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As their name suggests, Industrial PCB assembly find wide applications in a range of industries, including but not limited to:
