MOKO Technology is a top China PCB manufacturer, providing first-class PCB manufacturing service with reliable product quality, competitive prices, and superior service.
As a leading China PCB manufacturer, MOKO Technology has rich experience and extensive expertise, from PCB design, and manufacturing to PCB testing and after-sales, all processes are finished in our ISO-certified factory. We put quality as the first priority, each circuit board goes through a strict quality control process before delivery. We specialize in producing all kinds of printed circuit boards, including PCB prototypes, FR4 PCB, Double-sided PCB, Aluminum PCB, High-Frequency PCB, HDI PCB, etc.
MOKO provides one-stop PCB manufacturing service, from PCB design to manufacturing, and testing to help you save time and costs.
We are certified with ISO, IPC, UL, and RoHS, and our quality control department conducts 100% inspection to ensure the quality of each PCB.
We manufacture PCBs using state-of-the-art equipment to speed up manufacturing time, ensuring that we always keep up with your project schedule.
We make a quick response within 24 hours, and our return and refund service allows you to place your order with us worry-free.
MOKO is a professional China PCB manufacturer, there are more than 70 engineers in our team to provide technical support to our customers.
Our in-house manufacturing enables us to control the cost and quality well, and our stable supply chain helps us control raw material costs.
MOKO has been engaged in PCB manufacturing for nearly 20 years and is a reliable Chinese PCB manufacturer. We have a strong production capacity and can produce various PCBs from standard PCBs to Double Sided PCBs, Multilayer PCBs, High TG PCBs, etc.
FR4 PCB refers to a printed circuit board made of FR4 material, which is one of the most popular PCBs because of its compact structure, ease of design, and the low-cost of FR4 printed circuit boards, which can be used in most electronic devices.
Flex-rigid PCB is a sheet that uses a blend of flexible and rigid board advances in an application. Most of the Flex-rigid PCB sheets comprise of differ-ent layers of flexible circuit substrates appended to at least one rigid sheet remotely and additionally inside, contin-gent on the design of the application.
Heavy copper PCB is made of a thin layer of copper foil sheet, and the plates of copper are laminated uniformly with FR4 or other epoxy-based substances. It has many advantages such as good heat dissipation performance, improved mechanical strength, good conductors, and so on.
Multilayer PCB consists of multiple layers of conductive material sandwic-hed between layers of insulating materi-al. These layers are then laminated together to form a single board. The number of layers in a multilayer PCB can vary depending on the complexity of the circuit design and the application.
High TG PCBs are designed to operate in high-temperature environments, and they have a glass transition temperature that is greater than 170℃. These PCBs are engineered with features such as high-temperature durability, strong mechanical strength, high power density, and exceptional reliability.
Rigid PCB is made from a solid and inflexible material, and is designed to provide a rigid and stable platform for electronic components. Rigid PCBs are typically preferred over flexible or rigid-flex PCBs when the electronic device or application requires a high degree of mechanical stability.
Impedance matching has become a cornerstone of the signal integrity in the realm of high speed PCB design. Future electronic devices are approaching the speed and performance boundaries, and distortion and reflection
It is important to learn how to clean a circuit board properly if you’re working with electronics. Every device today revolves around circuit boards and those boards need right maintenance.
When designing PCBs, selecting the appropriate type of holes for fasteners is crucial. And much of that conversation is counterbore vs countersink holes. While both are designed with a similar intention
Our Customer Review: “When you work with MOKO, you are receiving high-quality PCB prototypes and production at affordable prices. Very good quality and reliable PCB manufacturer, MOKO is extremely willing to help us get our fast track designs ready on time.”
Our Customer Review:”I just wanted to thank you and your company for such tremendous service and outstanding quality I received my first PCBs from you and they looked fantastic!
You and your staff were courteous and professional when I had questions, When I received the boards, they looked clean and very well fabricated. I was quite impressed!
I have already contacted some of my peers in my business and have showed them the board that you produced for me; they too are impressed and told me that MOKO will be their newPCB fabricators.”
Our Customer Review:”MOKO is our first choice for PCBs. They consistently provide excellent service, design support and customer service.We have used MOKO for over 15 years and consider them the VERY BEST. They supply a VERY high quality product at a reasonable price while offering superior customer service. Please try them just ONCE,and you will realize how I may honestly make this statement.You will never again go elsewhere for your PCB needs.”
Our Customer Review:”Excellent PCB boards. Excellent service.Very high quality PCB at an affordable price. Precise shape and mask.Thank you! I will be ordering more.I would like to reduce the postage though DHL is excellent but I don’t mind waiting a bit if it could be cheaper!”
PCB manufacturing process includes PCB design, fabrication of PCB prototypes, film generation, image transfer on the board, etching, drilling holes, plating, application of solder mask, silkscreen printing, test and inspection.
Commonly used materials are fiberglass-reinforced epoxy laminate known as FR4, copper, solder mask and silkscreen. There are other choices including aluminum, ceramic, or flex materials which may be employed depending on the particular requirement by the client.
Copper traces are normally made by etching. A resist pattern is placed on copper clad board, chemicals subsequently dissolve the exposed copper leaving behind the traces needed.
Solder mask is applied as the liquid form using the screen printing method usually followed by a curing process involving UV light or heat.
The cost of PCB manufacturing is affected by board size, number of layers, the building materials and finishes, types of via and any special board design requirements.
Gerber files, drill files, and Bill of Materials (BOM) are typically required for the manufacturing process.
Yes, we at MOKO Technology are well equipped with advanced equipment that enable us to handle large volume order.
Yes, indeed. We offer prototyping services so that the customers can test samples before the mass production of the product.
The typical turnaround for PCB fabrication ranges from 3-15 working days. It depends with the number of orders of the PCB and the parameters of design.
Inspecting methods that are used include AOI, ICT, Flying Probe Testing and Functional Testing to check whether the PCB fabricates as designed.
Yes, we have RoHS compliant PCBs; we use lead-free finishes and materials that are environmental friendly.
To request a quote or place an order, simply upload your Gerber files and specifications through our online quote form , or you can just click here to send emails to our sales team.
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