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Say Goodbye to Downtime from Manual Feeder Changes: How Automatic Track Adjustment Achieves Efficiency Leap in SMT Lines
Dec 19 , 2025
In the context of high-speed SMT line operation, the frequency and agility of material changeovers are directly related to line changeover efficiency and production capacity loss. The traditional manual feeder change process, especially when dealing with tape of different widths, often involves cumbersome hardware replacements and mechanical adjustments. Operators need to stop the line, manually r...
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Youngpool Technology Auto Splicing Machines Enhance the Stability of SMT Tape Splicing Processes
Dec 26 , 2025
In SMT placement production lines, the stability of the tape splicing process directly affects the continuous operating capability of pick-and-place machines. With the widespread adoption of high-speed placement and miniaturized components, minor deviations generated during tape splicing are often amplified in subsequent feeding and picking processes. These deviations ultimately manifest as compon...
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Youngpool Technology Intelligent Splicing Machine Establishes a “Firewall” for the SMT Splicing Process
Dec 31 , 2025
In the SMT placement production process, error prevention has always been a fundamental safeguard for placement quality. As electronic products continue to evolve toward higher density and higher reliability, stricter requirements are imposed on component parameter consistency across the entire production line. Once incorrect or mixed materials are introduced, the impact is often not confined to a...
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