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XRX-10285
DGXRX
Our engineered single-sided circuit boards, integrated with advanced electroplated metal surface technology, deliver an optimal balance of structural precision, long-lasting durability, and specific electrical properties tailored for demanding environments. Available in a strictly controlled thickness range of 0.5mm to 1.6mm, these boards are specifically designed to fit perfectly into compact, lightweight electronic assemblies without compromising mechanical stability.
To accommodate diverse thermal and mechanical demands, we provide premium base material selections, including standard FR4 for excellent electrical insulation and aluminum substrates for superior heat dissipation. The electroplated metal surface yields a highly uniform, tactilely smooth, and exceptionally conductive finish. This meticulous coating process significantly enhances solderability while providing a resilient shield against environmental corrosion. We offer comprehensive customization parameters, including exact board dimensions, specific copper weights, and specialized electroplated metal selections such as nickel, gold, or tin. This flexibility allows engineering teams to precisely match the printed circuit board specifications to their unique operational requirements, ensuring long-term reliability in the field.
With a strict thickness range of 0.5mm to 1.6mm, our single-sided circuit boards are engineered for applications where spatial constraints are critical, such as in portable electronics, wearable devices, and small-scale consumer products. The precise thickness control ensures that the boards fit perfectly into the device's mechanical housing, providing a stable foundation that resists warping under thermal stress.
The electroplated metal surface technology provides distinct operational advantages. We provide standardized surface finishes including OSP, Electroless Nickel Immersion Gold (ENIG), immersion silver, and lead-free HASL to match specific electrical performance and shelf-life requirements. This smooth, uniform coating ensures full compatibility with both same-side Surface Mount Technology (SMT) and opposite-side Through-Hole Technology (THT) assembly processes. The exceptionally flat electroplated layer enhances solder wettability, effectively eliminating the risks of cold joints or solder bridging.
The copper layer on our single-sided PCBs is refined for maximum purity, ensuring excellent electrical conductivity and long-term durability. We offer different copper weights, ranging from 1oz to 3oz, to meet the specific current-carrying requirements of diverse applications. The resulting tracks present a visually flawless, gleaming surface that translates into highly efficient power transmission and reduced signal loss across the circuit.
In addition to thickness and surface finish, we offer extensive customization in terms of board shape, including intricate cutouts and routing slots. Our facility supports high-precision Non-Plated Through Hole (NPTH) processing and specific Plated Through Hole (PTH) customization, maintaining an industry-leading drilling tolerance of ±0.002". This meticulous attention to detail ensures every component lead aligns perfectly with the board with clean, burr-free edges.
Every production stage adheres strictly to IPC manufacturing standards. We provide comprehensive Design for Manufacturability (DFM) engineering support, including bottom-layer mirroring verification and anti-burr drilling direction optimization. This proactive approach improves mass-production yield rates, while our detailed inspection reports on hole wall integrity and plating thickness guarantee consistent reliability.
These factory-customized single-sided circuit boards with electroplated metal surface technology are deployed across a variety of demanding sectors, providing stable electrical foundations for the following applications:
Smartwatches, fitness trackers, and hearables require compact and lightweight PCBs with reliable surface finishes. Our 0.5mm to 1.6mm boards ensure proper component soldering and long-term performance, even when subjected to the constant motion and temperature variations associated with being in close contact with the human body.
Mobile power banks, wireless earbuds, and handheld gaming systems utilize our PCBs for their space-efficient design and resilient surface finish. The specialized electroplated coating withstands the daily mechanical wear, vibrations, and minor impacts typical of portable use, ensuring uninterrupted functionality.
LED drivers and control circuits in lighting fixtures, especially in compact designs such as downlights and strip lights, benefit immensely from the precise thickness and reliable surface finish of our aluminum or FR4 based PCBs. The boards efficiently manage the thermal output of the LEDs, prolonging the lifespan of the entire lighting module.
Internet of Things (IoT) devices, which are often installed in remote or compact housings requiring low power consumption, rely on our single-sided PCBs with electroplated surfaces. The excellent conductivity of the 1oz to 3oz copper layer ensures efficient signal transmission and long-lasting performance in smart home and industrial monitoring setups.
A: We offer electroplated nickel, gold, tin, and nickel-gold alloy surfaces. Additionally, we provide standardized surface treatments such as OSP, Electroless Nickel Immersion Gold (ENIG), immersion silver, and lead-free HASL. The selection depends entirely on your specific application requirements regarding solderability, shelf life, corrosion resistance, and budget constraints.
A: Yes, we can customize the board shape according to your exact mechanical design specifications, including circular, rectangular, or complex geometries with internal cutouts and routing slots. We maintain a strict drilling tolerance of ±0.002" for both NPTH and PTH, ensuring perfectly clean, burr-free edges for optimal component fitment.
A: The minimum thickness we can produce for these single-sided circuit boards is 0.5mm, while the maximum limit is 1.6mm, exactly as specified in the core product parameters. This range is carefully maintained to ensure the right balance of flexibility and structural rigidity.
A: The electroplated surface provides an exceptionally smooth and uniform finish that significantly enhances the wetting action of the solder. This makes the soldering process—whether using SMT or THT methods—much easier and more reliable. It actively prevents common assembly issues such as solder bridges, cold joints, and other defects, ensuring a clean, secure connection for every component.
A: Absolutely. We offer comprehensive Design for Manufacturability (DFM) engineering support prior to production. Our team conducts thorough design reviews, including bottom-layer mirroring checks and drill path optimization, to ensure the design meets strict IPC manufacturing standards and maximizes yield rates.
