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PCB Wet Process (Part 1): A Deep Dive Into Key Concepts and Components
This article provides an in-depth analysis of key steps and chemical processes in the PCB wet process, including abrasion, air knife drying, use of anti-foaming agents, surface preparation for adhesion, banking agent application, bright dipping, chemical milling, surface coatings, conversion coatings, degreasing vs. cleaning, and the concept of etch factor. Through technical explanations and practical insights, it helps readers understand the critical role of wet processing in PCB manufacturing and offers professional guidance for improving product quality and production efficiency.
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How to Maintain the Freshness of Solder Paste: A Comprehensive Guide
This article provides a comprehensive guide on maintaining the freshness of solder paste—a critical material in SMT and PCB assembly. It covers essential aspects such as shelf life, optimal storage temperatures, handling methods before and after opening, and common degradation signs. By following proper preservation practices, manufacturers can ensure consistent printing quality, reduce soldering defects, and improve the overall reliability of electronic products.
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Light Sensor Board Design and Assembly: A High-Precision Custom PCBA Project
This article provides a detailed overview of the design and assembly process for a custom light sensor board developed for a U.S. client. It covers the 4-layer PCB specifications, oil-filled vias, strict IPC Class 2 quality standards, and high-precision assembly techniques. Special emphasis is placed on the delicate handling and brushing process required for the photosensitive components. The article also highlights the product’s market potential in educational training applications, showcasing our expertise and quality assurance in low-volume, high-quality custom PCBA projects.
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NFC PCB Board Assembly and Testing (Argentina Project)
This project involved assembling and testing 2,500 custom NFC PCBs for a client in Argentina. The boards, featuring both SMD and DIP components, were fully function-tested using NFC-enabled smartphones and a dedicated app. Special attention was given to the JP1 DIP component for precise fit in housing. Despite a tight timeline, all boards were tested in-house and delivered on time. The NFC device supports multiple applications, including access control, mobile payments, data exchange, and smart connectivity, showcasing our capability in high-precision PCB manufacturing and quality assurance.
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BOARD FOR Hydraulic Arm of Mixer Truck
Brief Summary (English Translation): This project features a control board for the hydraulic arm of a mixer truck, using a 6-layer high-precision PCB with strict cleanliness and assembly requirements. First launched in 2016, it represents our company's initial venture into this product category. The board requires manual soldering of large connectors and overcomes challenges such as avoiding fingerprints during assembly. Functionally, it keeps the hydraulic arm active during idle periods to improve efficiency and reduce carbon emissions. With its application in a new generation of energy-sa
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PCB Design, Manufacturing, and Assembly for Quadrotor
This article introduces our one-stop solution for quadrotor (quadcopter) development, covering PCB design, manufacturing, and assembly. It explains the structure, working principle, and control challenges of quadcopters, while highlighting our technical capabilities, use of advanced components, and cost-control advantages. Ideal for customers seeking reliable, efficient drone electronics manufacturing.
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Rigid-Flex Board PCBA Project – From Challenge to Success
This case study shares our first experience assembling a Rigid-Flex PCB for an Indian client requiring full turnkey service. From overcoming layout issues to custom jig development and precise thermal control, we ensured product quality through careful planning and trial production. The project showcases our commitment to solving complex PCBA challenges with professionalism and innovation.
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Temperature Sensor PCB Board Project: From Prototype to Mass Production
This blog details a temperature sensor PCB project for an Argentinian client, covering the entire journey from design verification to mass production. We provided complete PCBA services, including component sourcing, cost optimization, and strict quality testing. After delivering 2,500 units in 2023, the client reordered 3,000 units in 2024, reflecting satisfaction with our engineering support and production reliability. The project highlights our capability to turn precise requirements into scalable, high-quality PCBA solutions.
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In-Depth Insights into Supply Chain and Materials Management in PCBA Manufacturing
This article offers a comprehensive exploration of Supply Chain Management (SCM) and Materials Management (MM) in PCBA manufacturing. It covers critical aspects such as BOM management, supplier coordination, inventory control, risk mitigation, system integration, and emerging trends like AI forecasting and sustainable practices. A valuable guide for professionals seeking to optimize efficiency, cost control, and quality in electronics production.
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What Does a Custom PCBA Service Include? Here's the Full Workflow
This article offers a comprehensive overview of what custom PCBA (Printed Circuit Board Assembly) services entail. It covers the full workflow—from design review and BOM verification to PCB fabrication, SMT/DIP assembly, rigorous testing, and final box build integration. It also highlights key factors influencing service quality, such as manufacturing capabilities and supply chain strength, and provides a checklist of materials to prepare before engaging a PCBA provider. The post aims to help businesses better understand and navigate the end-to-end custom PCBA process.
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The PCB Surface Is More Important Than You Think: How Surface Finish Shapes PCBA Performance
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