Soldering is one of the most important processes in PCB assembly because it creates the electrical and mechanical connection between electronic components and the printed circuit board. Two of the most widely used soldering methods are wave soldering and reflow soldering. Although both processes use solder to connect components to a PCB, they are designed […]
Wave Soldering vs Reflow Soldering: What’s the Difference? Read More »
Fuliu Electronics Team – 2026 Mid-Year Team Building Event Building Stronger Connections and Moving Forward Together Recently, the Fuliu Electronics team took a break from our daily work and traveled to Conghua, Guangzhou, for a two-day mid-year team building event. Surrounded by mountains, streams, and fresh air, the trip gave everyone an opportunity to relax,
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In PCB assembly, the terms DIP and THT are often used together—and sometimes even used as if they mean exactly the same thing. Technically, however, they are different. DIP stands for Dual In-line Package, which describes a specific component package with two parallel rows of leads. THT stands for Through-Hole Technology, which describes a broader
DIP vs THT: What’s the Difference in PCB Assembly? Read More »
DIP assembly remains an important part of PCB manufacturing, especially for products containing connectors, terminals, relays, transformers, switches, large capacitors, and other through-hole components. While SMT production is already highly automated in many factories, DIP/THT assembly often still depends heavily on manual labor. Operators may be responsible for: Preparing components Inserting THT parts Moving PCBs
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smt production line overview A DIP assembly line is used to install and solder through-hole components on printed circuit boards. Although the term DIP originally refers to Dual In-line Package, many PCB assembly factories use “DIP line” as a broader production term for THT, or Through-Hole Technology, assembly. Typical THT components include: Connectors Terminal blocks
What Equipment Is Required for a DIP Assembly Line? Read More »
DIP-Production-Line-Equipment-List DIP assembly is an important process in PCB manufacturing for installing and soldering components whose leads pass through holes in the printed circuit board. Although the term DIP originally refers to Dual In-line Package, it is commonly used in electronics manufacturing to describe a broader range of through-hole assembly operations. The more technically accurate
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Through-hole components remain important in PCB assembly, particularly for products containing connectors, terminals, relays, transformers, switches, large capacitors, and selected power components. After these THT components are inserted into the PCB, manufacturers need a reliable soldering process. Two common options are: Wave soldering and selective soldering. So, wave soldering vs selective soldering: which is better?
Wave Soldering vs Selective Soldering: Which Is Better? Read More »
Conformal coating is a thin protective layer applied to selected areas of a printed circuit board assembly to help protect electronic components and conductive surfaces from environmental exposure. In modern electronics manufacturing, conformal coating is commonly used in products that may encounter conditions such as: Moisture Humidity Condensation Dust Certain contaminants Corrosive environments Temperature variation
What Is Conformal Coating in PCB Assembly? Read More »
Industrial control systems often operate in demanding manufacturing environments where electronics are expected to support stable operation over long production cycles. Unlike many compact consumer electronics products, industrial control PCBs frequently contain components such as: Terminal blocks Large connectors Relays Transformers Switches Large capacitors Power components Communication interfaces Many of these components are well suited
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“How much does a complete DIP production line cost?” is one of the first questions PCB assembly manufacturers ask when planning a new factory or expanding through-hole production capacity. The challenge is that there is no universal price for a complete DIP production line. A line designed for low-volume manual insertion may require a very
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