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Independent X/Y/Z-Axis Measurement System: Laying the Foundation for SMT Testing Accuracy and Stability
Oct 09 , 2025
In SMT production, the precision and stability of the LCR measurement system have always been key determinants of inspection quality. Youngpool Technology adopts an independently driven X/Y/Z-axis measurement system in its automatic splicing machines—an innovative structural design that provides a more controllable foundation for high-precision testing. Compared with traditional integrated structu...
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The Power of a 9mm Tape Depth Design: Enabling More Stable, Accurate, and Compatible SMT Component Feeding
Oct 10 , 2025
In the design of SMT automatic splicing machine, the “tape pocket depth” is often overlooked, yet it has a significant impact on feeding stability and compatibility. Youngpool Technology’s automatic splicing machine adopt a vertical tape pocket depth of up to 9mm. This optimization enhances the machine’s performance in tape support, compatibility, and operational stability. In actual production, t...
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Automatic splicing design compatible with 8–24mm tape: Provides flexible support for diversified production lines
Oct 16 , 2025
In the field of electronic manufacturing, the diversification of component packaging is rapidly transforming SMT production models. The coexistence of materials with different sizes and forms has made the compatibility and stability of the splicing process a critical factor affecting production line efficiency. Youngpool Technology's automatic splicing machine has been systematically optimized to ...
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Automatic Empty-Pocket Detection: Making the Splicing Process the First Line of Defense in SMT Production
Oct 17 , 2025
In modern SMT production, splicing is no longer a simple material transfer process—it has become a critical control point that directly affects placement continuity and line efficiency. The automatic empty-pocket detection feature integrated into Youngpool Technology’s automatic splicing machine is a systematic solution to address this production challenge. By enabling early recognition and h...
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